mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing an application, wherein the method is carried out in an electronic device and the method comprises: determining a plurality of reclaimable memory pages occupied by an application to be processed; writing data stored in the plurality of reclaimable memory pages into an external storage medium; pausing an operation of the application to be processed; and writing the data written into the external storage medium into a memory when the operation of the application to be processed is unpaused; characterized in that determining the plurality of reclaimable memory pages occupied by the application to be processed comprises: traversing memory-mapped files of the application to be processed; querying , through the memory-mapped files, all memory pages occupied by the application to be processed; and determining , as the plurality of reclaimable memory pages, remaining memory pages of the all memory pages except at least one particular memory page, wherein data stored on each of the at least one particular memory page is being used by the application to be processed or is data necessary for keeping normal running of the application to be processed. determining a plurality of reclaimable memory pages occupied by an application to be processed; writing data stored in the plurality of reclaimable memory pages into an external storage medium; pausing an operation of the application to be processed; and writing the data written into the external storage medium into a memory when the operation of the application to be processed is unpaused; characterized in that determining the plurality of reclaimable memory pages occupied by the application to be processed comprises: traversing memory-mapped files of the application to be processed; querying , through the memory-mapped files, all memory pages occupied by the application to be processed; and determining , as the plurality of reclaimable memory pages, remaining memory pages of the all memory pages except at least one particular memory page, wherein data stored on each of the at least one particular memory page is being used by the application to be processed or is data necessary for keeping normal running of the application to be processed. traversing memory-mapped files of the application to be processed; querying , through the memory-mapped files, all memory pages occupied by the application to be processed; and determining , as the plurality of reclaimable memory pages, remaining memory pages of the all memory pages except at least one particular memory page, wherein data stored on each of the at least one particular memory page is being used by the application to be processed or is data necessary for keeping normal running of the application to be processed.
A method of forming a mounting groove in a display screen , wherein a mounting groove is a groove which provides an accommodating space for external electric components comprising: processing the display screen by splitting to form a first mounting groove on the display screen, two adjacent side surfaces of the first mounting groove being connected by a first arcuate transition surface wherein, during splitting, a part of the display screen is split along a cutting line from the rest of the display screen by the pressing impact of a cutting structure to form the first mounting groove, ; wherein the method further comprises: processing the first mounting groove by grinding to form a second mounting groove , two adjacent side surfaces of the second mounting groove being connected by a second arcuate transition surface ; wherein the display screen comprises an upper surface and a lower surface oppositely disposed, the first mounting groove and the second mounting groove extend through both the upper surface and the lower surface, and a curvature radius of an orthographic projection of the second arcuate transition surface on a plane in which the upper surface is located is smaller than a curvature radius of an orthographic projection of the first arcuate transition surface on the plane in which the upper surface is located. processing the first mounting groove by grinding to form a second mounting groove , two adjacent side surfaces of the second mounting groove being connected by a second arcuate transition surface ; wherein the display screen comprises an upper surface and a lower surface oppositely disposed, the first mounting groove and the second mounting groove extend through both the upper surface and the lower surface, and a curvature radius of an orthographic projection of the second arcuate transition surface on a plane in which the upper surface is located is smaller than a curvature radius of an orthographic projection of the first arcuate transition surface on the plane in which the upper surface is located.
A centrifuge for cleaning a reaction vessel unit comprising a rotor and a rotor chamber in which the rotor is arranged and rotatably mounted, the rotor comprising a receiving area for receiving the reaction vessel unit , and the rotor chamber being delimited by a housing , the housing comprising a discharge channel underneath the rotor and the inner surfaces of the housing forming a funnel adjacent to the channel , which funnel opens into the channel , characterized in that the housing comprises an upper shell and a lower shell , the upper shell having a channel-shaped form of a semicircular shape in cross-section, and a loading and unloading device being provided, which comprises a rigid displacement rod for positioning the reaction vessel unit in the rotor or for removing the reaction vessel unit from the rotor , the displacement rod being slidably arranged such that it can be moved between an unloading position, in which it extends through the rotor in the rotor space , and a loading position, in which it is withdrawn at least from that area of the rotor space which is occupied by the rotor during one revolution, and a linear drive for moving the displacement rod between the unloading position and the loading position. the rotor chamber being delimited by a housing , the housing comprising a discharge channel underneath the rotor and the inner surfaces of the housing forming a funnel adjacent to the channel , which funnel opens into the channel , characterized in that the housing comprises an upper shell and a lower shell , the upper shell having a channel-shaped form of a semicircular shape in cross-section, and a loading and unloading device being provided, which comprises a rigid displacement rod for positioning the reaction vessel unit in the rotor or for removing the reaction vessel unit from the rotor , the displacement rod being slidably arranged such that it can be moved between an unloading position, in which it extends through the rotor in the rotor space , and a loading position, in which it is withdrawn at least from that area of the rotor space which is occupied by the rotor during one revolution, and a linear drive for moving the displacement rod between the unloading position and the loading position.
A method at a computing device, the method comprising: obtaining sensor data for a vehicle providing one or both of displacement or acceleration information for the vehicle; calculating a vibration frequency for the vehicle; retrieving calibration data for the vehicle, the calibration data comprising at least a first known mass; a second known mass; a vibration frequency for the vehicle at the first known mass; and a vibration frequency of the vehicle at a second known mass; and using the calibration data and the vibration frequency for the vehicle, calculating a load estimation for the vehicle; wherein the load estimation is calculated based on: m = − b 2 a 1 + 1 − 4 ap / b 2 or m ≈ p b − b a where m is the combined mass of the vehicle and load; a = f d 2 , where f d is the vibration frequency of the vehicle with the unknown mass; b = − m 2 f d 2 2 − m 1 f d 1 2 m 2 − m 1 , where m 1 is the first known mass, m 2 is the second known mass; f d 1 is the vibration frequency at the first known mass; and f d 2 is the vibration frequency at the second known mass; and p = − m 1 f d 1 2 − m 1 b . obtaining sensor data for a vehicle providing one or both of displacement or acceleration information for the vehicle; calculating a vibration frequency for the vehicle; retrieving calibration data for the vehicle, the calibration data comprising at least a first known mass; a second known mass; a vibration frequency for the vehicle at the first known mass; and a vibration frequency of the vehicle at a second known mass; and using the calibration data and the vibration frequency for the vehicle, calculating a load estimation for the vehicle; wherein the load estimation is calculated based on: m = − b 2 a 1 + 1 − 4 ap / b 2 or m ≈ p b − b a where m is the combined mass of the vehicle and load; a = f d 2 , where f d is the vibration frequency of the vehicle with the unknown mass; b = − m 2 f d 2 2 − m 1 f d 1 2 m 2 − m 1 , where m 1 is the first known mass, m 2 is the second known mass; f d 1 is the vibration frequency at the first known mass; and f d 2 is the vibration frequency at the second known mass; and p = − m 1 f d 1 2 − m 1 b .
A control system for controlling a magnetic suspension system, the control system comprising: - controllers (101, 102, 201-203) each being configured to control one or more of magnetic actuators of the magnetic suspension system for magnetically levitating an object, wherein one of the controllers is configured to operate as a master controller and other one or ones of the controllers are configured to operate as one or more slave controllers , and the master controller is communicatively connected with one or more digital data transfer links to the one or more slave controllers, wherein digital data transferred via the one or more digital data transfer links is indicative of reference values of electric currents of coils of the magnetic actuators, the master controller being configured to control operation of the one or more slave controllers, characterized in that two or more of the controllers are connected to a same coil of the magnetic actuators, and the master controller is configured to select one of the two or more controllers to supply electric current to the same coil. - controllers (101, 102, 201-203) each being configured to control one or more of magnetic actuators of the magnetic suspension system for magnetically levitating an object,
A fire suppression system for a gas turbine engine , comprising: a fire suppressant delivery circuit including and extending between an upstream inlet and a downstream distal end ; a first nozzle fluidly coupled with the fire suppressant delivery circuit and disposed at the downstream distal end ; and a multi-directional nozzle fluidly coupled with the fire suppressant delivery circuit and configured serially inline between the upstream inlet and the first nozzle ; characterised in that the multi-directional nozzle includes: a tubular upstream fitting including an upstream fitting inlet and an upstream fitting outlet , wherein the upstream fitting inlet is fluidly coupled with the upstream inlet of the fire suppressant delivery circuit ; a tubular downstream fitting including a downstream fitting inlet and a downstream fitting outlet that is fluidly coupled with the first nozzle ; a coupling nut configured to attach the downstream fitting to the upstream fitting , wherein the downstream fitting inlet is fluidly coupled with the upstream fitting outlet ; and a plurality of nozzle orifices extending through the coupling nut , wherein each of the nozzle orifices is fluidly coupled with an inner bore of the multi-directional nozzle . a fire suppressant delivery circuit including and extending between an upstream inlet and a downstream distal end ; a first nozzle fluidly coupled with the fire suppressant delivery circuit and disposed at the downstream distal end ; and a multi-directional nozzle fluidly coupled with the fire suppressant delivery circuit and configured serially inline between the upstream inlet and the first nozzle ; characterised in that the multi-directional nozzle includes: a tubular upstream fitting including an upstream fitting inlet and an upstream fitting outlet , wherein the upstream fitting inlet is fluidly coupled with the upstream inlet of the fire suppressant delivery circuit ; a tubular downstream fitting including a downstream fitting inlet and a downstream fitting outlet that is fluidly coupled with the first nozzle ; a coupling nut configured to attach the downstream fitting to the upstream fitting , wherein the downstream fitting inlet is fluidly coupled with the upstream fitting outlet ; and a plurality of nozzle orifices extending through the coupling nut , wherein each of the nozzle orifices is fluidly coupled with an inner bore of the multi-directional nozzle . a tubular upstream fitting including an upstream fitting inlet and an upstream fitting outlet , wherein the upstream fitting inlet is fluidly coupled with the upstream inlet of the fire suppressant delivery circuit ; a tubular downstream fitting including a downstream fitting inlet and a downstream fitting outlet that is fluidly coupled with the first nozzle ; a coupling nut configured to attach the downstream fitting to the upstream fitting , wherein the downstream fitting inlet is fluidly coupled with the upstream fitting outlet ; and a plurality of nozzle orifices extending through the coupling nut , wherein each of the nozzle orifices is fluidly coupled with an inner bore of the multi-directional nozzle .
A winding device for winding a reinforcing strip onto a repair length on either side of a portion to be repaired of a pipe comprising: - a carriage rigidly connected to a reel holder , - a reel of reinforcing strip wound onto said reel holder, - means for rotating said carriage around the circumference of said pipe and means for translating same along the longitudinal axis of said pipe so that said strip is wound around said pipe in the form of a helix, - means for reversing the direction of the translation movement of said carriage so that, at each change of direction, said carriage moves in a direction opposite to the previous one and a layer of reinforcing strip is wound around said pipe, overlapping the previous layer, characterized in that : - the means for translating said carriage further comprise a conveyor chain comprising two strands moving between a first sprocket and a second sprocket in opposite directions, mobile means for attachment of the carriage to the chain adapted to cooperate with the strands of the chain. - and in that the reversing means move the mobile attachment means of said carriage from one strand to the other strand and vice versa so that, when one of the mobile attachment means (24 or 26) becomes detached from one strand, the other mobile attachment means (24 or 26) cooperates with the other strand, said reversing means thus being actuated automatically during the rotation of said carriage around said pipe. - a carriage rigidly connected to a reel holder , - a reel of reinforcing strip wound onto said reel holder, - means for rotating said carriage around the circumference of said pipe and means for translating same along the longitudinal axis of said pipe so that said strip is wound around said pipe in the form of a helix, - means for reversing the direction of the translation movement of said carriage so that, at each change of direction, said carriage moves in a direction opposite to the previous one and a layer of reinforcing strip is wound around said pipe, overlapping the previous layer, - the means for translating said carriage further comprise a conveyor chain comprising two strands moving between a first sprocket and a second sprocket in opposite directions, mobile means for attachment of the carriage to the chain adapted to cooperate with the strands of the chain. - and in that the reversing means move the mobile attachment means of said carriage from one strand to the other strand and vice versa so that, when one of the mobile attachment means (24 or 26) becomes detached from one strand, the other mobile attachment means (24 or 26) cooperates with the other strand, said reversing means thus being actuated automatically during the rotation of said carriage around said pipe.
A compound which is Esomeprazole or a therapeutically acceptable salt thereof, for use in treating and/or preventing a disease associated with D-amino acid oxidase (DAAO) inhibition through inhibiting DAAO in a subject, wherein the disease associated with DAAO inhibition is selected from symptom domains of schizophrenia and schizoaffective disorder, depression, Tourette Syndrome, Post-traumatic stress disorder (PTSD), Obsessive-compulsive disorder (OCD), schizophrenia, mild cognitive impairment (MCI), Alzheimer's disease, Parkinson's disease, dementia, loss of memory and/or cognition associated with neurodegenerative diseases and loss of neuronal function characteristic of neurodegenerative diseases, pain, ataxia and convulsion.
A radio link monitoring, RLM, method, comprising: contending (S201), by a base station, for permission of use of an unlicensed frequency band; sending (S202), by the base station, first statistical information of the permission of use of the unlicensed frequency band to user equipment after the permission of use of the unlicensed frequency band is obtained by means of contention, wherein the first statistical information indicates data that is obtained after statistics collection is performed on the permission of use of the unlicensed frequency band according to a preset statistical method; wherein the first statistical information indicates a quantity of cumulative times in which the base station obtains the permission of use of the unlicensed frequency band by means of contention at a specified interval, or cumulative duration in which the base station occupies the unlicensed frequency band at the specified time interval, or information about a ratio of cumulative duration to total duration of the specified time interval; receiving an RLM result sent by the user equipment; and instructing, according to the RLM result, the user equipment to stop using the unlicensed frequency band cell. contending (S201), by a base station, for permission of use of an unlicensed frequency band; sending (S202), by the base station, first statistical information of the permission of use of the unlicensed frequency band to user equipment after the permission of use of the unlicensed frequency band is obtained by means of contention, wherein the first statistical information indicates data that is obtained after statistics collection is performed on the permission of use of the unlicensed frequency band according to a preset statistical method; wherein the first statistical information indicates a quantity of cumulative times in which the base station obtains the permission of use of the unlicensed frequency band by means of contention at a specified interval, or cumulative duration in which the base station occupies the unlicensed frequency band at the specified time interval, or information about a ratio of cumulative duration to total duration of the specified time interval; receiving an RLM result sent by the user equipment; and instructing, according to the RLM result, the user equipment to stop using the unlicensed frequency band cell.
A metal-air battery comprising: an anode layer comprising a metal; a cathode layer comprising an electrically conductive metal oxide ; a solid electrolyte layer between the anode layer and the cathode layer; and a bonding layer having a melting point lower than a melting point of the cathode layer, disposed between the cathode layer and the solid electrolyte layer, and bonding the cathode layer to the solid electrolyte layer; and wherein the electrically conductive metal oxide is at least one of RuO 2 , indium tin oxide, IrO 2 , OsO 2 , RhO 2 , Ce x O y wherein 0<x≤2 and 0<y≤3, W x O y wherein 0<x≤2 and 0<y≤3, NbO, Eu 2 O 3 , Ti x O y wherein 0<x≤2 and 0<y≤3, Mn 2 O 3 , or PbO 2 . an anode layer comprising a metal; a cathode layer comprising an electrically conductive metal oxide ; a solid electrolyte layer between the anode layer and the cathode layer; and a bonding layer having a melting point lower than a melting point of the cathode layer, disposed between the cathode layer and the solid electrolyte layer, and bonding the cathode layer to the solid electrolyte layer; and wherein the electrically conductive metal oxide is at least one of RuO 2 , indium tin oxide, IrO 2 , OsO 2 , RhO 2 , Ce x O y wherein 0<x≤2 and 0<y≤3, W x O y wherein 0<x≤2 and 0<y≤3, NbO, Eu 2 O 3 , Ti x O y wherein 0<x≤2 and 0<y≤3, Mn 2 O 3 , or PbO 2 .
Process for treating hair fibres, preferably human hair, comprising: (i) combing said fibres, (ii) applying vapour to said fibres, the flow rate of vapour applied being strictly less than 1 g/min, (iii) hair shaping, by heat treatment without vapour, of the hair fibres by conduction and/or by radiation, steps (ii) and (iii) being separate and not simultaneous. (i) combing said fibres, (ii) applying vapour to said fibres, the flow rate of vapour applied being strictly less than 1 g/min, (iii) hair shaping, by heat treatment without vapour, of the hair fibres by conduction and/or by radiation,
An absorbent article having a longitudinal direction, a lateral direction intersecting the longitudinal direction, and a front-back direction intersecting the longitudinal direction and the lateral direction, the absorbent article comprising: a front waist portion extending along the lateral direction; a back waist portion extending along the lateral direction; and a crotch portion provided between the front waist portion and the back waist portion, a one-side end portion of the back waist portion on a one side in the lateral direction being joined to a one-side end portion of the front waist portion on the one side in the lateral direction, the back waist portion including a fastening portion on another side in the lateral direction, when putting on the absorbent article, the fastening portion projecting laterally from the back waist portion and being capable of being fastened to the front waist portion, the back waist portion including an elastic region (X) in at least an upper end portion, the elastic region extending along the lateral direction, a lateral distance (L1) between a lateral one-side end (Xe1) of the elastic region on the one side and a lateral center (AC) of the crotch portion being smaller than a lateral distance (L2) between a lateral other-side end (Xe2) of the elastic region on the other side and the lateral center (AC) of the crotch portion. a front waist portion extending along the lateral direction; a back waist portion extending along the lateral direction; and a crotch portion provided between the front waist portion and the back waist portion, a one-side end portion of the back waist portion on a one side in the lateral direction being joined to a one-side end portion of the front waist portion on the one side in the lateral direction, the back waist portion including a fastening portion on another side in the lateral direction, when putting on the absorbent article, the fastening portion projecting laterally from the back waist portion and being capable of being fastened to the front waist portion, the back waist portion including an elastic region (X) in at least an upper end portion, the elastic region extending along the lateral direction, a lateral distance (L1) between a lateral one-side end (Xe1) of the elastic region on the one side and a lateral center (AC) of the crotch portion being smaller than a lateral distance (L2) between a lateral other-side end (Xe2) of the elastic region on the other side and the lateral center (AC) of the crotch portion.