mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a first memory; a second memory; and a processor configured to: identify whether an available capacity of the second memory is less than a predetermined value; obtain a list from the first memory to terminate at least one application among a plurality of applications which are running in background of the electronic device, in response to identifying that the available capacity of the second memory is less than the predetermined value; identify whether all of the plurality applications are included in the list; identify (S913, S915) a first application, which is run in the background for the longest time, in applications not included in the list among the plurality of applications, in response to identifying that all of the plurality applications are not included in the list (S905, NO; and terminate the first application, to obtain the available capacity. a first memory; a second memory; and a processor configured to: identify whether an available capacity of the second memory is less than a predetermined value; obtain a list from the first memory to terminate at least one application among a plurality of applications which are running in background of the electronic device, in response to identifying that the available capacity of the second memory is less than the predetermined value; identify whether all of the plurality applications are included in the list; identify (S913, S915) a first application, which is run in the background for the longest time, in applications not included in the list among the plurality of applications, in response to identifying that all of the plurality applications are not included in the list (S905, NO; and terminate the first application, to obtain the available capacity. identify whether an available capacity of the second memory is less than a predetermined value; obtain a list from the first memory to terminate at least one application among a plurality of applications which are running in background of the electronic device, in response to identifying that the available capacity of the second memory is less than the predetermined value; identify whether all of the plurality applications are included in the list; identify (S913, S915) a first application, which is run in the background for the longest time, in applications not included in the list among the plurality of applications, in response to identifying that all of the plurality applications are not included in the list (S905, NO; and terminate the first application, to obtain the available capacity.
A variable valve gear of an internal combustion engine, in which: first and second rocker arms (71, 72) arranged adjacent to each other, at least one of which is operationally connected to an engine valve, are rockably supported by a cylinder head through a rocker shaft and also are structured to rock in mutually different rocking manners in a non-connection state of the rocker arms (71, 72); a connection pin having an axis extending parallel to the rocker shaft is slidably fitted to the first and second rocker arms (71, 72) to be movable, in a span of the first and second rocker arms (71, 72), between a connection position in which the two rocker arms (71, 72) are connected to each other and a disconnection position in which the connection pin moves away from the second rocker arm to release the connection of the two rocker arms (71, 72); a pressed portion is formed at one end of the connection pin on the opposite side from the second rocker arm; and a press rod having a pressing portion formed at an end close to the connection pin to abut on the pressed portion is supported movably in a direction parallel to the rocker shaft to be capable of pressing the connection pin by a support wall provided on the cylinder head to face the first rocker arm from the opposite side from the second rocker arm, wherein an accommodating hole in which the pressing portion of the press rod abuts on the pressed portion of the connection pin is formed in the interior of the first rocker arm to permit a relative movement of the press rod to rocking of the first rocker arm. first and second rocker arms (71, 72) arranged adjacent to each other, at least one of which is operationally connected to an engine valve, are rockably supported by a cylinder head through a rocker shaft and also are structured to rock in mutually different rocking manners in a non-connection state of the rocker arms (71, 72); a connection pin having an axis extending parallel to the rocker shaft is slidably fitted to the first and second rocker arms (71, 72) to be movable, in a span of the first and second rocker arms (71, 72), between a connection position in which the two rocker arms (71, 72) are connected to each other and a disconnection position in which the connection pin moves away from the second rocker arm to release the connection of the two rocker arms (71, 72); a pressed portion is formed at one end of the connection pin on the opposite side from the second rocker arm; and a press rod having a pressing portion formed at an end close to the connection pin to abut on the pressed portion is supported movably in a direction parallel to the rocker shaft to be capable of pressing the connection pin by a support wall provided on the cylinder head to face the first rocker arm from the opposite side from the second rocker arm, wherein an accommodating hole in which the pressing portion of the press rod abuts on the pressed portion of the connection pin is formed in the interior of the first rocker arm to permit a relative movement of the press rod to rocking of the first rocker arm.
A centrifugal pendulum (3, 3a, 3b) having a carrier part (4, 4a, 4b) and pendulum masses (5, 5a, 5b) distributed over the circumference and suspended from said carrier part on self-aligning bearings in the centrifugal force field, wherein mass accumulations (12, 12b) are provided on the outer circumference of the pendulum masses (5, 5a, 5b), wherein the pendulum masses (5, 5a, 5b) have a disk-shaped design and the mass accumulations (12, 12b) are formed of axial attachments (13, 13a, 13b) which are axially folded over at least a portion of the outer circumference, wherein the axial attachments (13, 13a, 13b) of the pendulum masses (5, 5a, 5b) each forming a pendulum mass unit (9, 9a, 9b) are aligned axially facing one another and characterized in that an axial gap is provided between the axial attachments (13, 13a).
A pump probe measuring device (1, 30, 40), comprising: an ultrashort optical pulse laser generator (2, 2A) for generating a first ultrashort optical pulse train which is a pump light, a second ultrashort optical pulse train which has a first delay time with respect to the pump light, and a third ultrashort optical pulse train which has a second delay time with respect to the pump light, the second and the third ultrashort optical pulse trains constitute a probe light; an optical shutter unit (6, 6A) to which the second and the third ultrashort optical pulse trains are introduced, the optical shutter unit (6, 6A) emits the second and the third ultrashort optical pulse trains alternately; an optical shutter control unit for controlling the optical shutter unit (6, 6A); an irradiation optical system for irradiating a sample with the pump light and the probe light; a sensor for detecting a probe signal from the sample; and a phase-sensitive detecting means connected to the sensor, wherein, in use, the irradiation optical system irradiates the sample with the first ultrashort optical pulse train as the pump light; the second and the third ultrashort optical pulse trains are introduced into the optical shutter unit, the optical shutter unit irradiates the sample with the second and the third ultrashort optical pulse trains alternately as the probe light so that a delay time of the probe light with respect to the pump light is modulated periodically; and the probe signal from the sample is detected by the phase-sensitive detecting means in synchronization with the periodic modulation of the delay time. an ultrashort optical pulse laser generator (2, 2A) for generating a first ultrashort optical pulse train which is a pump light, a second ultrashort optical pulse train which has a first delay time with respect to the pump light, and a third ultrashort optical pulse train which has a second delay time with respect to the pump light, the second and the third ultrashort optical pulse trains constitute a probe light; an optical shutter unit (6, 6A) to which the second and the third ultrashort optical pulse trains are introduced, the optical shutter unit (6, 6A) emits the second and the third ultrashort optical pulse trains alternately; an optical shutter control unit for controlling the optical shutter unit (6, 6A); an irradiation optical system for irradiating a sample with the pump light and the probe light; a sensor for detecting a probe signal from the sample; and a phase-sensitive detecting means connected to the sensor, wherein, in use, the irradiation optical system irradiates the sample with the first ultrashort optical pulse train as the pump light; the second and the third ultrashort optical pulse trains are introduced into the optical shutter unit, the optical shutter unit irradiates the sample with the second and the third ultrashort optical pulse trains alternately as the probe light so that a delay time of the probe light with respect to the pump light is modulated periodically; and the probe signal from the sample is detected by the phase-sensitive detecting means in synchronization with the periodic modulation of the delay time.
A branched endoprosthesis comprising: a stent graft (140, 240) having a graft component and at least one support component, the stent graft (140, 240) having a body portion, a first leg portion, and a second leg portion; characterised by an elongated member, an outer sheath for enclosing the stent graft (140, 240) to be delivered to a treatment site, the outer sheath having opposite sides releasably held together by the elongated member to maintain the stent graft (140, 240) in the delivery configuration, and a removable restraint extending longitudinally along an exterior surface of the stent graft (140, 240) and being releasably attached between exterior surfaces of the first leg portion and the second leg portion, the removable restraint comprising a tether that is an extension of the elongated member and releasably coupling together and aligning the first leg portion with the second leg portion relative to each other after at least partial removal of the outer sheath, to assist in cannulation of the second leg portion. a stent graft (140, 240) having a graft component and at least one support component, the stent graft (140, 240) having a body portion, a first leg portion, and a second leg portion; characterised by an elongated member, an outer sheath for enclosing the stent graft (140, 240) to be delivered to a treatment site, the outer sheath having opposite sides releasably held together by the elongated member to maintain the stent graft (140, 240) in the delivery configuration, and a removable restraint extending longitudinally along an exterior surface of the stent graft (140, 240) and being releasably attached between exterior surfaces of the first leg portion and the second leg portion, the removable restraint comprising a tether that is an extension of the elongated member and releasably coupling together and aligning the first leg portion with the second leg portion relative to each other after at least partial removal of the outer sheath, to assist in cannulation of the second leg portion.
A device for inducing hypoxia and re-oxygenation conditions on isolated macrophages wherein it comprises: - a removable chamber comprising a plunger and configured to house the isolated macrophages, the plunger comprising at least one port with a reception connection to introduce or remove cells; - a first gas conduction circuit comprising: a first gas source; a second gas source; an electrovalve connected to the first gas source and the second gas source; and a first removable connection connecting the removable chamber with the electrovalve, wherein the electrovalve is configured to select the gas source (5, 6) from which a gas passes to the removable chamber; - a second gas conduction circuit, configured to control the removal of a gas inside the interior of the removable chamber, comprising: a second removable connection connected to the removable chamber; and a connection to the external environment or a connection to a vacuum device, which is connected to the second removable connection, wherein the removable chamber comprises at least one reception connection to receive the first removable connection and/or the second removable connection. - a removable chamber comprising a plunger and configured to house the isolated macrophages, the plunger comprising at least one port with a reception connection to introduce or remove cells; - a first gas conduction circuit comprising: a first gas source; a second gas source; an electrovalve connected to the first gas source and the second gas source; and a first removable connection connecting the removable chamber with the electrovalve, wherein the electrovalve is configured to select the gas source (5, 6) from which a gas passes to the removable chamber; a first gas source; a second gas source; an electrovalve connected to the first gas source and the second gas source; and a first removable connection connecting the removable chamber with the electrovalve, wherein the electrovalve is configured to select the gas source (5, 6) from which a gas passes to the removable chamber; - a second gas conduction circuit, configured to control the removal of a gas inside the interior of the removable chamber, comprising: a second removable connection connected to the removable chamber; and a connection to the external environment or a connection to a vacuum device, which is connected to the second removable connection, a second removable connection connected to the removable chamber; and a connection to the external environment or a connection to a vacuum device, which is connected to the second removable connection,
Antiviral thrombosis-inhibiting composition for use in the treatment of Covid-19 with arginine as a first component, characterized in that it contains as a second component thiocyanate, also called rhodanide, as potassium thiocyanate or as another salt or as a thiocyanic acid ester.
A row divider (16, 116) for an agricultural harvester comprising a hood (18, 118), a divider, and an adjustment apparatus for adjusting a position of the divider and hood relative to each other, the adjustment apparatus including: a divider support for supporting the divider, and an adjustment assembly connected to the divider support; and comprising a coarse adjustment and a fine adjustment; and characterized in that the adjustment assembly extends through the hood (18, 118) to an outer region of the hood (18, 118); the fine adjustment extends proud of an outer surface of the hood (18, 118); and that said fine adjustment includes threads for mating with corresponding threads on the hood (18, 118). a divider support for supporting the divider, and an adjustment assembly connected to the divider support; and comprising a coarse adjustment and a fine adjustment; and characterized in that the adjustment assembly extends through the hood (18, 118) to an outer region of the hood (18, 118); the fine adjustment extends proud of an outer surface of the hood (18, 118); and that said fine adjustment includes threads for mating with corresponding threads on the hood (18, 118).
A beam profile member intended for being secured to a wall and arranged to allow the fastening of a tensioned fabric in order to produce a false wall, the beam profile member including a flange for securing to the wall having an inside face and an outside face, in which beam profile member the outside face of the securing flange is provided with at least one resiliently deformable zone arranged to absorb the deformation of the securing flange generated by the pushing force applied to the inside face of the securing flange during the operation to secure the beam profile member to the wall, characterised in that said zone is comprised of at least one tab made of resiliently deformable material coextruded with the securing flange such that during use, only the tab deforms to absorb the pushing forces.
A phase separation apparatus, comprising: a spiral shaped body having: an inlet portion to receive a mixture of a plurality of phases associated with distinct effective masses; an outlet portion configured towards an end portion of the spiral shaped body; and a plurality of helical turns (122, 124, 126, 128) stacked between the inlet portion and the outlet portion, wherein at least one portion of one or more helical turns of the plurality of helical turns (122, 124, 126, 128) being twisted to form a twisted portion of said helical turn, a twisted portion of a helical turn of the one or more helical turns having opposite walls (122a, 122b) of a preceding helical turn turned relative to one another in opposite directions; one or more split outlets (132, 134) configured at one or more walls of the preceding helical turn configured preceding to the twisted portion of the one or more helical turns to withdraw one or more phases of the plurality of phases from the preceding helical turn based on an effective mass of said one or more phases; and characterized by an adjustable splitter movably configured within at least a portion of a cross section of the spiral shaped body to facilitate separate collection of the one or more phases of the mixture for withdrawal. a spiral shaped body having: an inlet portion to receive a mixture of a plurality of phases associated with distinct effective masses; an outlet portion configured towards an end portion of the spiral shaped body; and a plurality of helical turns (122, 124, 126, 128) stacked between the inlet portion and the outlet portion, wherein at least one portion of one or more helical turns of the plurality of helical turns (122, 124, 126, 128) being twisted to form a twisted portion of said helical turn, a twisted portion of a helical turn of the one or more helical turns having opposite walls (122a, 122b) of a preceding helical turn turned relative to one another in opposite directions; an inlet portion to receive a mixture of a plurality of phases associated with distinct effective masses; an outlet portion configured towards an end portion of the spiral shaped body; and a plurality of helical turns (122, 124, 126, 128) stacked between the inlet portion and the outlet portion, wherein at least one portion of one or more helical turns of the plurality of helical turns (122, 124, 126, 128) being twisted to form a twisted portion of said helical turn, a twisted portion of a helical turn of the one or more helical turns having opposite walls (122a, 122b) of a preceding helical turn turned relative to one another in opposite directions; one or more split outlets (132, 134) configured at one or more walls of the preceding helical turn configured preceding to the twisted portion of the one or more helical turns to withdraw one or more phases of the plurality of phases from the preceding helical turn based on an effective mass of said one or more phases; and characterized by an adjustable splitter movably configured within at least a portion of a cross section of the spiral shaped body to facilitate separate collection of the one or more phases of the mixture for withdrawal.
A tissue transplant for use in a method of monitoring the efficacy of a course of treatment for a disorder in a subject, the method comprising: - transplanting the tissue transplant into the eye of a subject, - the subject undergoes the course of treatment for the disorder, - monitoring morphological changes in the transplanted tissue over time and thereby monitoring the efficacy of the course of the treatment for the disorder in the subject; wherein the tissue is from an organ of interest, and wherein the morphological changes over time in the transplanted tissue in the eye of the subject indicate a physiological status of the organ of interest in the subject, wherein the organ of interest is selected from the group consisting of pancreas, lung, heart, brain, kidney, liver, small intestine, large intestine, colon, stomach, gall bladder, esophagus, ureter, urethra, ovary, uterus, breast, spinal cord, prostate, hypothalamus, adrenal gland, pituitary gland, thyroid gland, parathryroid gland, pineal gland, spleen, thymus, rectum, mammary gland, seminal vesicles, glomeruli, fat tissue, tumor, and testes. - transplanting the tissue transplant into the eye of a subject, - the subject undergoes the course of treatment for the disorder, - monitoring morphological changes in the transplanted tissue over time and thereby monitoring the efficacy of the course of the treatment for the disorder in the subject; wherein the tissue is from an organ of interest, and wherein the morphological changes over time in the transplanted tissue in the eye of the subject indicate a physiological status of the organ of interest in the subject, wherein the organ of interest is selected from the group consisting of pancreas, lung, heart, brain, kidney, liver, small intestine, large intestine, colon, stomach, gall bladder, esophagus, ureter, urethra, ovary, uterus, breast, spinal cord, prostate, hypothalamus, adrenal gland, pituitary gland, thyroid gland, parathryroid gland, pineal gland, spleen, thymus, rectum, mammary gland, seminal vesicles, glomeruli, fat tissue, tumor, and testes.
Power plant system comprising a high-temperature battery, supplied with a fluid via at least one feed line, for storing and also for delivering electric energy, a gas turbine, with at least one compression stage for compressing air, a combustion chamber and at least one turbine stage, for generating electric energy, and a heat exchanger which is designed for extracting thermal energy from the exhaust gas flow of the gas turbine and transferring said thermal energy to the fluid, which fluid can be fed to the high-temperature battery via the at least one feed line after heat transfer has been carried out, characterized in that the high-temperature battery has a discharge line which is designed for discharging the fluid from the high-temperature battery and for feeding said fluid to the exhaust gas flow of the gas turbine at a downstream point of the exhaust gas flow with regard to the heat exchanger, and the power plant system also features a further device which can be operated with thermal energy of the combined exhaust gas flow.