mhurhangee/patent-ind-claim-en huggingface dataset:
A machine implemented method, comprising: opening a network socket for listening to a connection request from a computing device (104; 110); accepting the connection request from the computing device (104; 110) over the network socket ; enabling selective data collection based on a network connection with the computing device (104; 110) over the network socket , where the selective data collection includes obtaining: (i) input/output (I/O) trace data comprising information regarding a plurality of I/O requests and responses and (ii) performance information of a storage server for processing the I/O requests; sub-sampling the I/O trace data, the sub-sampling including maintaining a subset of the I/O trace data in a memory buffer, while dropping others of the I/O trace data; and sending at least a portion of the sub-sampled I/O trace data over the network socket connection to the computing device (104; 110). opening a network socket for listening to a connection request from a computing device (104; 110); accepting the connection request from the computing device (104; 110) over the network socket ; enabling selective data collection based on a network connection with the computing device (104; 110) over the network socket , where the selective data collection includes obtaining: (i) input/output (I/O) trace data comprising information regarding a plurality of I/O requests and responses and (ii) performance information of a storage server for processing the I/O requests; sub-sampling the I/O trace data, the sub-sampling including maintaining a subset of the I/O trace data in a memory buffer, while dropping others of the I/O trace data; and sending at least a portion of the sub-sampled I/O trace data over the network socket connection to the computing device (104; 110).
An ink cartridge storing ink, comprising: an ink housing inner layer ; and an ink flow path extending from the ink housing inner layer to outside of the ink cartridge , wherein the ink flow path includes: a first opening that opens toward the outside; a second opening that opens to an opposite side of the first opening and opens toward the ink housing ; a first valve configured to seal the first opening from inside of the ink flow path toward the outside; a second valve configured to seal the second opening from the inside of the ink flow path toward the ink housing inner layer ; and a biasing member disposed between the first valve and the second valve , wherein the biasing member is configured to come into contact with the first valve and the second valve , bias the first valve in a direction to seal the first opening , and bias the second valve in a direction to seal the second opening , characterized in that the ink flow path includes a third opening different from the first valve and the second valve and capable of communicating the inside of the ink cartridge and the outside of the ink cartridge. an ink housing inner layer ; and an ink flow path extending from the ink housing inner layer to outside of the ink cartridge , wherein the ink flow path includes: a first opening that opens toward the outside; a second opening that opens to an opposite side of the first opening and opens toward the ink housing ; a first valve configured to seal the first opening from inside of the ink flow path toward the outside; a second valve configured to seal the second opening from the inside of the ink flow path toward the ink housing inner layer ; and a biasing member disposed between the first valve and the second valve , a first opening that opens toward the outside; a second opening that opens to an opposite side of the first opening and opens toward the ink housing ; a first valve configured to seal the first opening from inside of the ink flow path toward the outside; a second valve configured to seal the second opening from the inside of the ink flow path toward the ink housing inner layer ; and a biasing member disposed between the first valve and the second valve , wherein the biasing member is configured to come into contact with the first valve and the second valve , bias the first valve in a direction to seal the first opening , and bias the second valve in a direction to seal the second opening , characterized in that the ink flow path includes a third opening different from the first valve and the second valve and capable of communicating the inside of the ink cartridge and the outside of the ink cartridge.
A process, comprising: reacting a diisocyanate and an α-hydroxy-β-ketone to form a linear condensate, converting the linear condensate into a cyclic oxazolidone based resin or polymer, wherein converting the linear condensate is induced by thermally annealing the linear condensate at a temperature of from 25°C to 150°C, wherein the linear condensate includes polymerizable groups that remain intact even after the linear condensate is converted into the cyclic oxazolidone based resin or polymer. reacting a diisocyanate and an α-hydroxy-β-ketone to form a linear condensate, converting the linear condensate into a cyclic oxazolidone based resin or polymer, wherein converting the linear condensate is induced by thermally annealing the linear condensate at a temperature of from 25°C to 150°C, wherein the linear condensate includes polymerizable groups that remain intact even after the linear condensate is converted into the cyclic oxazolidone based resin or polymer.
One-piece, cast piston for an internal combustion engine, comprising a cooling channel and at least one rib on the piston inner side opposite the bowl base of a combustion bowl , wherein at least one rib , when the piston is viewed in the direction of the piston pin axis, extends in the direction of a region of a piston pin boss that is substantially furthest away from the piston axis, in that the piston is made of an iron material, and in that a lower boundary of the cooling channel in the piston axis direction is substantially on the same level as a lower groove flank of a lowermost piston ring groove and/or a lowermost point of the combustion bowl .
Electronic equipment comprising: an event-driven vision sensor including a sensor array including sensors generating event signals when a change in intensity of incident light is detected and a processing circuit configured to generate one or more packets including packets corresponding to the event signals and characterised in that the processing circuit adds a delimiter packet to the packets corresponding to the event signals; and a signal processing device comprising: a communication unit which receives packets transmitted from the event-driven vision sensor; a buffer memory in which the packets are temporarily stored; and a readout control unit which forcibly reads out the packets from the buffer memory if the delimiter packet is received by the communication unit or stored in the buffer memory. an event-driven vision sensor including a sensor array including sensors generating event signals when a change in intensity of incident light is detected and a processing circuit configured to generate one or more packets including packets corresponding to the event signals and characterised in that the processing circuit adds a delimiter packet to the packets corresponding to the event signals; and a signal processing device comprising: a communication unit which receives packets transmitted from the event-driven vision sensor; a buffer memory in which the packets are temporarily stored; and a readout control unit which forcibly reads out the packets from the buffer memory if the delimiter packet is received by the communication unit or stored in the buffer memory. a communication unit which receives packets transmitted from the event-driven vision sensor; a buffer memory in which the packets are temporarily stored; and a readout control unit which forcibly reads out the packets from the buffer memory if the delimiter packet is received by the communication unit or stored in the buffer memory.
An aircraft control system comprising: a computation means that computes a thrust control signal for controlling engine thrust and a deflection angle control signal for controlling control surfaces based on state information indicating a state of an airframe and an operation command signal from a vehicle control unit ; an engine driving means that drives an engine based on the thrust control signal; a control surface moving means that moves the control surfaces based on the deflection angle control signal; and the aircraft control system being characterized by further comprising a response adjustment filter that filters the deflection angle control signal to adjust response speed of the control surfaces so as make the response speed of the control surfaces almost equal to response speed of the engine . a computation means that computes a thrust control signal for controlling engine thrust and a deflection angle control signal for controlling control surfaces based on state information indicating a state of an airframe and an operation command signal from a vehicle control unit ; an engine driving means that drives an engine based on the thrust control signal; a control surface moving means that moves the control surfaces based on the deflection angle control signal; and the aircraft control system being characterized by further comprising a response adjustment filter that filters the deflection angle control signal to adjust response speed of the control surfaces so as make the response speed of the control surfaces almost equal to response speed of the engine .
A method implemented on a system comprising a processor and a memory , wherein the system includes a message-based operating system, OS, and a difference detector including a recorder , a monitor and a handler , the method comprising: receiving, by the difference detector from the OS , a first series of operating system programmatic procedure invocations invoked by a first process ; populating in a buffer , by the recorder of the difference detector , a first ordered set of identified call sequences comprising invocation identifiers identifying the operating system programmatic procedure invocations in the first series; receiving , by the difference detector from the OS , a second series of operating system programmatic procedure invocations invoked by a second process; generating , by the monitor of the difference detector , a second ordered set of call sequences comprising invocation identifiers identifying the operating system programmatic procedure invocations in the second series; and detecting , by the difference detector , a hardware error based on the monitor of the difference detector detecting a difference between outputs of the first process and the second process by comparing programmatic procedure invocations made by the processes . receiving, by the difference detector from the OS , a first series of operating system programmatic procedure invocations invoked by a first process ; populating in a buffer , by the recorder of the difference detector , a first ordered set of identified call sequences comprising invocation identifiers identifying the operating system programmatic procedure invocations in the first series; receiving , by the difference detector from the OS , a second series of operating system programmatic procedure invocations invoked by a second process; generating , by the monitor of the difference detector , a second ordered set of call sequences comprising invocation identifiers identifying the operating system programmatic procedure invocations in the second series; and detecting , by the difference detector , a hardware error based on the monitor of the difference detector detecting a difference between outputs of the first process and the second process by comparing programmatic procedure invocations made by the processes .
A cushioning structure of an article of footwear for a human or animal body, the structure comprising: a network of resilient upstanding partition walls , the upstanding partition walls defining a plurality of cells there-between and each upstanding partition wall extending in a direction between opposing major surfaces of the cushioning structure , wherein the partition walls comprise a polymer material and are configured to resist a load applied to a major surface of the support structure in two modes, a first mode comprising resilient compression of the upstanding partition walls up to a first loading threshold and a second mode comprising reversible collapse of the upstanding partition walls beyond the first loading threshold, wherein one or more geometric property of the cells within the network is tailored to achieve the behaviour in response to an applied load, and wherein the one or more geometric property of the cells varies over the area of the support structure surface according to a predicted pressure distribution of the applied load over the support structure in use. a network of resilient upstanding partition walls , the upstanding partition walls defining a plurality of cells there-between and each upstanding partition wall extending in a direction between opposing major surfaces of the cushioning structure , wherein the partition walls comprise a polymer material and are configured to resist a load applied to a major surface of the support structure in two modes, a first mode comprising resilient compression of the upstanding partition walls up to a first loading threshold and a second mode comprising reversible collapse of the upstanding partition walls beyond the first loading threshold, wherein one or more geometric property of the cells within the network is tailored to achieve the behaviour in response to an applied load, and wherein the one or more geometric property of the cells varies over the area of the support structure surface according to a predicted pressure distribution of the applied load over the support structure in use.
A liquid crystal aligning agent composition comprising: a polymer containing polyamic acid repeating units; and a urea-based compound represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, A is a divalent to tetravalent functional group, n is an integer of 2 to 4, at least one of R 1 and R 2 is a hydroxyalkyl group having 1 to 20 carbon atoms, and the other is hydrogen, an alkyl group having 1 to 20 carbon atoms, or an aryl group having 6 to 20 carbon atoms, wherein the polyamic acid repeating unit includes a repeating unit represented by the following Chemical Formula 3: wherein, in Chemical Formula 3, X 1 is a tetravalent organic group, and Y 1 is a bivalent organic group represented by the following Chemical Formula 6: wherein, in Chemical Formula 6, at least one of Q 1 to Q 8 is nitrogen and the rest are carbon, D is -NR'- or -O-, and R' is hydrogen or an alkyl group having 1 to 6 carbon atoms. a polymer containing polyamic acid repeating units; and a urea-based compound represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, A is a divalent to tetravalent functional group, n is an integer of 2 to 4, at least one of R 1 and R 2 is a hydroxyalkyl group having 1 to 20 carbon atoms, and the other is hydrogen, an alkyl group having 1 to 20 carbon atoms, or an aryl group having 6 to 20 carbon atoms, A is a divalent to tetravalent functional group, n is an integer of 2 to 4, at least one of R 1 and R 2 is a hydroxyalkyl group having 1 to 20 carbon atoms, and the other is hydrogen, an alkyl group having 1 to 20 carbon atoms, or an aryl group having 6 to 20 carbon atoms, wherein the polyamic acid repeating unit includes a repeating unit represented by the following Chemical Formula 3: wherein, in Chemical Formula 3, X 1 is a tetravalent organic group, and Y 1 is a bivalent organic group represented by the following Chemical Formula 6: wherein, in Chemical Formula 6, at least one of Q 1 to Q 8 is nitrogen and the rest are carbon, D is -NR'- or -O-, and R' is hydrogen or an alkyl group having 1 to 6 carbon atoms.
A method for reporting assistance information, performed by a terminal, characterized in that the method comprises: reporting assistance information of the terminal to a target cell in a dual connectivity mobility process, wherein in the dual connectivity mobility process, the terminal maintains connections to a source cell and the target cell simultaneously, wherein in the dual connectivity mobility process, the method further comprises: the terminal being prohibited of reporting assistance information of the terminal to the source cell. reporting assistance information of the terminal to a target cell in a dual connectivity mobility process, wherein in the dual connectivity mobility process, the terminal maintains connections to a source cell and the target cell simultaneously, wherein in the dual connectivity mobility process, the method further comprises: the terminal being prohibited of reporting assistance information of the terminal to the source cell.
Self-contained and endocavitary probe device for managing stress incontinence, said probe being insertable into the vaginal or rectal cavity of a person, the probe device comprising at least one self-contained electrical power supply means which supplies power both to a means for measuring the change in a parameter resulting from physical stress, and to at least one electrical muscle stimulation means in contact with at least one muscle capable of maintaining urinary continence, said electrical stimulation means being triggered in case of a change in said parameter, characterized in that the probe device is configured to: - measure, using the measuring means , an increase in the pressure within the vaginal or rectal cavity; and - activate the electrical muscle stimulation means such that the intensity and slope of establishment of the stimulation are proportional to the rate of establishment and to the level of the pressure measured by the measuring means. - measure, using the measuring means , an increase in the pressure within the vaginal or rectal cavity; and - activate the electrical muscle stimulation means such that the intensity and slope of establishment of the stimulation are proportional to the rate of establishment and to the level of the pressure measured by the measuring means.
A method of detecting an analyte in multiple liquid samples comprising an analyte, comprising the steps of: (a) dipping a probe in an aqueous solution having pH of 6.0-8.5 to pre-read the fluorescent signal of the probe tip, wherein the probe comprises a hapten immobilized on the tip of the probe, and the diameter of the tip surface is ≤ 5 mm; (b) forming an immunocomplex comprising the analyte from a sample, a capture antibody, and a signal antibody on the probe tip, wherein the capture antibody and the signal antibody are two different antibodies against the analyte, the capture antibody is covalently linked to an anti-hapten antibody against the hapten and the signal antibody is conjugated with fluorescent labels; (c) dipping the probe tip into a washing vessel containing a wash solution; (d) determining the analyte concentration in the sample by measuring the fluorescent signal of the immunocomplex at the probe tip, subtracting the pre-read fluorescent signal of (a), and quantitating the subtracted signal against a calibration curve; (e) dipping the probe tip in an acidic solution having pH about 1.0-4.0 to elute the immunocomplex from the probe tip; and (f) repeating the steps (a)-(e) except in step (b) with the analyte from a new sample, whereby the analyte in each of the multiple liquid samples is detected. (a) dipping a probe in an aqueous solution having pH of 6.0-8.5 to pre-read the fluorescent signal of the probe tip, wherein the probe comprises a hapten immobilized on the tip of the probe, and the diameter of the tip surface is ≤ 5 mm; (b) forming an immunocomplex comprising the analyte from a sample, a capture antibody, and a signal antibody on the probe tip, wherein the capture antibody and the signal antibody are two different antibodies against the analyte, the capture antibody is covalently linked to an anti-hapten antibody against the hapten and the signal antibody is conjugated with fluorescent labels; (c) dipping the probe tip into a washing vessel containing a wash solution; (d) determining the analyte concentration in the sample by measuring the fluorescent signal of the immunocomplex at the probe tip, subtracting the pre-read fluorescent signal of (a), and quantitating the subtracted signal against a calibration curve; (e) dipping the probe tip in an acidic solution having pH about 1.0-4.0 to elute the immunocomplex from the probe tip; and (f) repeating the steps (a)-(e) except in step (b) with the analyte from a new sample, whereby the analyte in each of the multiple liquid samples is detected.
A method of monitoring the mean arterial pressure of a patient having a blood pump , comprising identifying a segment of time associated with diastole of the patient's cardiac cycle , determining a first parameter of the blood pump corresponding to the identified segment of time, and estimating the mean arterial pressure of the patient based at least in part on the first parameter, further comprising determining an amount of pressure head exerted by the pump based at least in part on the first parameter , determining an amount of pressure loss at an outlet of the pump based at least in part on the first parameter , determining the mean arterial pressure of the patient based at least in part on the pressure head and pressure loss amounts .
Apparatus for removing matter applied to paved traffic surfaces and/or present dirt, wherein the apparatus is movable relative to the traffic surface in a working position, wherein the apparatus has at least one milling device , wherein the milling device has a spraying element with spraying nozzles for channelling through liquid under high pressure, wherein outlet openings of the spray nozzles are directed in the direction of the traffic surface in the working position of the apparatus , wherein the apparatus has a suctioning duct which can be brought into fluid communication with a suctioning device and which is intended for suctioning liquid, which is discharged from the spraying nozzles during milling, and milled-off matter and/or detached dirt, wherein the milling device is mounted in a bearing structure of the apparatus so as to be rotatable about a first axis which is vertical with respect to the traffic surface in the working position of the apparatus and which extends outside the milling device , wherein the apparatus has a first drive for driving the rotational movement of the milling device about the first axis , wherein rotatable about the first axis means that the milling device can be continuously rotated in one and the same direction of rotation completely about the first axis by means of the first drive during operation of the apparatus , and wherein the spraying element with the spraying nozzles is mounted in a bearing structure of the milling device so as to be rotatable about a second axis which is vertical with respect to the traffic surface in the working position of the apparatus and which is not identical to the first axis , wherein the milling device has a second drive for driving the rotational movement of the spraying element about the second axis .