mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a system, comprising - a medical device, having at least one of a sensor device for sensing medical data and a medication delivery device for delivering medication, - a portable electronic consumer device, - an intermediate device provided with a first communication protocol for data communication with the portable electronic consumer device and a second communication protocol for data communication with the medical device, and - a control module provided in the intermediate device, the method comprising, in the control module, - receiving control data from the portable electronic consumer device by a receiving functionality provided in the control module, the control data being configured for controlling operation of the medical device, wherein the control data are configured to control at least one critical operation function of the medical device selected from the group of critical operation functions: sensing medical data by the sensor device, calibrating the sensor device, re-calibrating the sensor device, and delivering medication by the medication delivery device, characterised in that - determining whether the control data can be confirmed by a confirmation functionality provided in the control module, and - if the control data are confirmed, transmitting the control data to the medical device by a transmission functionality provided in the control module; wherein the determining further comprises confirming the control data in response to receiving, in the control module, confirmation from a confirmation algorithm running in the intermediate device, wherein the confirmation is provided if it is determined by the confirmation algorithm that the control data are within control data limits provided in a memory device of the intermediate device, wherein the confirming further comprises determining if at least some of the control data received in the intermediate device are not within the data limits and amending such control data to be within the data limits, and wherein data different from the control data is transmitted by the intermediate device in pass through-data communication, such pass-through data communication being free of at least the confirmation process. - a medical device, having at least one of a sensor device for sensing medical data and a medication delivery device for delivering medication, - a portable electronic consumer device, - an intermediate device provided with a first communication protocol for data communication with the portable electronic consumer device and a second communication protocol for data communication with the medical device, and - a control module provided in the intermediate device, - receiving control data from the portable electronic consumer device by a receiving functionality provided in the control module, the control data being configured for controlling operation of the medical device, - determining whether the control data can be confirmed by a confirmation functionality provided in the control module, and - if the control data are confirmed, transmitting the control data to the medical device by a transmission functionality provided in the control module;
A transdermal pharmaceutical composition comprising, vardenafil as phosphodiesterase type-5 (PDE-5) inhibitor or a pharmaceutically acceptable salt thereof, an enhancer selected from the group consisting of cocamidopropyl betaine, sodium lauroamphoacetate, quaternium-60, isostearamidopropyl morpholine lactate, dipropylene glycol and a combination thereof; and a pharmaceutically acceptable excipient; wherein: in the case when the enhancer is cocamidopropyl betaine, then vardenafil and the enhancer are present in the transdermal pharmaceutical composition in a weight ratio of 5:1; in the case when the enhancer is a one-to-one mixture of cocamidopropyl betaine and sodium lauroamphoacetate, then vardenafil and the enhancer are present in the transdermal pharmaceutical composition in a weight ratio of 6:1; in the case when the enhancer is a mixture of cocamidopropyl betaine, sodium lauroamphoacetate and quaternium-60, then vardenafil and the enhancer are present in the transdermal pharmaceutical composition in a weight ratio of 4:1; and in the case when the enhancer is a mixture of cocamidopropyl betaine, sodium lauroamphoacetate, quaternium-60, isostearamidopropyl morpholine lactate and dipropylene glycol, then vardenafil and the enhancer are present in the transdermal pharmaceutical composition in a weight ratio of 3:1. in the case when the enhancer is cocamidopropyl betaine, then vardenafil and the enhancer are present in the transdermal pharmaceutical composition in a weight ratio of 5:1; in the case when the enhancer is a one-to-one mixture of cocamidopropyl betaine and sodium lauroamphoacetate, then vardenafil and the enhancer are present in the transdermal pharmaceutical composition in a weight ratio of 6:1; in the case when the enhancer is a mixture of cocamidopropyl betaine, sodium lauroamphoacetate and quaternium-60, then vardenafil and the enhancer are present in the transdermal pharmaceutical composition in a weight ratio of 4:1; and in the case when the enhancer is a mixture of cocamidopropyl betaine, sodium lauroamphoacetate, quaternium-60, isostearamidopropyl morpholine lactate and dipropylene glycol, then vardenafil and the enhancer are present in the transdermal pharmaceutical composition in a weight ratio of 3:1.
A method of operating an infrastructure equipment in a wireless communications system to support first and second random access procedures, wherein a number of subcarriers used for an uplink message of the second random access procedure is smaller than a number of subcarriers used for a corresponding uplink message of the first random access procedure, and wherein the method comprises: transmitting, to at least one communications device (86, 88), a scheduling message comprising an indication of a first set of radio resources comprising a plurality of subcarriers to be used for a random access procedure message for the first random access procedure; determining a second set of radio resources to be used for a random access procedure message for the second random access procedure, wherein the second set of radio resources comprises one or more subcarriers which are indicated by one or more characteristics of the scheduling message; and monitoring for a random access procedure message from the at least one communications device on the second set of radio resources. transmitting, to at least one communications device (86, 88), a scheduling message comprising an indication of a first set of radio resources comprising a plurality of subcarriers to be used for a random access procedure message for the first random access procedure; determining a second set of radio resources to be used for a random access procedure message for the second random access procedure, wherein the second set of radio resources comprises one or more subcarriers which are indicated by one or more characteristics of the scheduling message; and monitoring for a random access procedure message from the at least one communications device on the second set of radio resources.
An assembly for an aircraft turbomachine, comprising: - an epicyclic gear speed reducer, and - at least one oil sprinkler configured to spray an oil jet oriented in a direction comprising at least one component parallel to a longitudinal axis of the turbomachine, said reducer comprising a planet carrier equipped with an impeller which is intended to be secured in rotation with said planet carrier and to be rotated about an axis A of said reducer, said impeller having an annular shape about said axis and comprising means (143, 145, 238) for lubricating, in particular, planet gears bearings of said reducer, said lubrication means comprising an annular cavity located at the internal periphery of said impeller, the impeller comprising an internal peripheral wall for closing off said cavity in the radial direction, the impeller comprising an annular port which extends around said axis and which opens out in the axial direction into said cavity for the purpose of being supplied with lubricating oil by said oil jet which is intended to pass through this port, said cavity being axially delimited by two annular side walls (240, 242), a first of these walls being connected at its internal periphery to said closure wall and the second of these walls comprising said port or having its internal periphery radially spaced from said closure wall in order to define said port, and said cavity comprising oil guiding fins, which are configured to guide the oil and limit its disturbance depending on the direction of rotation of the impeller. - an epicyclic gear speed reducer, and - at least one oil sprinkler configured to spray an oil jet oriented in a direction comprising at least one component parallel to a longitudinal axis of the turbomachine, said reducer comprising a planet carrier equipped with an impeller which is intended to be secured in rotation with said planet carrier and to be rotated about an axis A of said reducer, said impeller having an annular shape about said axis and comprising means (143, 145, 238) for lubricating, in particular, planet gears bearings of said reducer, said lubrication means comprising an annular cavity located at the internal periphery of said impeller, the impeller comprising an internal peripheral wall for closing off said cavity in the radial direction, the impeller comprising an annular port which extends around said axis and which opens out in the axial direction into said cavity for the purpose of being supplied with lubricating oil by said oil jet which is intended to pass through this port, said cavity being axially delimited by two annular side walls (240, 242), a first of these walls being connected at its internal periphery to said closure wall and the second of these walls comprising said port or having its internal periphery radially spaced from said closure wall in order to define said port, and said cavity comprising oil guiding fins, which are configured to guide the oil and limit its disturbance depending on the direction of rotation of the impeller.
A method of mounting a test object on a frequency shifting interferometer for measuring topographical variations in multiple surfaces of the test object comprising: acquiring information concerning a spacing between the multiple surfaces of the test object along a reference axis, acquiring information concerning a set of ambiguity intervals of the frequency shifting interferometer along a measurement axis within which topographical variations can be unambiguously measured, identifying exclusion zones adjacent to boundaries between the ambiguity intervals, and mounting the test object with respect to the frequency shifting interferometer so that the multiple surfaces of the test object are located within predetermined ambiguity intervals of the interferometer and outside the exclusion zones. acquiring information concerning a spacing between the multiple surfaces of the test object along a reference axis, acquiring information concerning a set of ambiguity intervals of the frequency shifting interferometer along a measurement axis within which topographical variations can be unambiguously measured, identifying exclusion zones adjacent to boundaries between the ambiguity intervals, and mounting the test object with respect to the frequency shifting interferometer so that the multiple surfaces of the test object are located within predetermined ambiguity intervals of the interferometer and outside the exclusion zones.
A method for preparing a fabric with a high visual shielding performance, comprising the following steps: yarn selection: selecting a polyester textured yarn with a denier ranging from 1.67 tex to 5.56 tex ( 15 D to 50 D) and a polyester filament yarn with a denier ranging from 1.67 tex to 5.56 tex ( 15 D to 50 D) as yarns: warp-knitting: knitting the yarns in a warp knitting machine with three guide bars including a first guide bar, a second guide bar, and a third guide bar to obtain a greige, wherein the three guide bars are fully threaded and have a same yarn lapping movement direction, the first guide bar and the second guide bar use the polyester textured yarn for knitting with a notation selected from any of 1-0/4-5//, 1-0/3-4// and 1-0/2-3//, and the third guide bar uses the polyester filament yarn for knitting with a chain-stitch fabric structure; jet dyeing: performing a direct dyeing treatment on the greige by a jet dyeing machine to obtain a dyed fabric; and post-finishing: carrying out a Stenter setting on the dyed fabric on a Stenter setting machine to obtain a finished fabric with a predetermined width and weight characterized in that the polyester filament yarn is a yarn with a higher boiling water shrinkage than the polyester textured yarn, so that the yarn of the third guide bar shrinks and shortens during the step of jet dyeing. yarn selection: selecting a polyester textured yarn with a denier ranging from 1.67 tex to 5.56 tex ( 15 D to 50 D) and a polyester filament yarn with a denier ranging from 1.67 tex to 5.56 tex ( 15 D to 50 D) as yarns: warp-knitting: knitting the yarns in a warp knitting machine with three guide bars including a first guide bar, a second guide bar, and a third guide bar to obtain a greige, wherein the three guide bars are fully threaded and have a same yarn lapping movement direction, the first guide bar and the second guide bar use the polyester textured yarn for knitting with a notation selected from any of 1-0/4-5//, 1-0/3-4// and 1-0/2-3//, and the third guide bar uses the polyester filament yarn for knitting with a chain-stitch fabric structure; jet dyeing: performing a direct dyeing treatment on the greige by a jet dyeing machine to obtain a dyed fabric; and post-finishing: carrying out a Stenter setting on the dyed fabric on a Stenter setting machine to obtain a finished fabric with a predetermined width and weight characterized in that the polyester filament yarn is a yarn with a higher boiling water shrinkage than the polyester textured yarn, so that the yarn of the third guide bar shrinks and shortens during the step of jet dyeing.
A tactile sensation providing apparatus comprising: a touch sensor; a tactile sensation provider configured to provide a tactile sensation by vibrating a touch surface of the touch sensor; a proximity sensor configured to detect an approach of an object to the touch sensor; and a controller configured to start driving of the tactile sensation provider by outputting a drive signal to the tactile sensation provider in response to detection of the approach by the proximity sensor, characterised in that when the object touches the touch surface and a pressure detected by the controller is not a predetermined pressure or greater, the controller is further configured to acquire coordinates being touched by the object on the touch surface of the touch sensor and when an area that includes the coordinates has changed, cause the tactile sensation provider to change to vibration in accordance with the area. a touch sensor; a tactile sensation provider configured to provide a tactile sensation by vibrating a touch surface of the touch sensor; a proximity sensor configured to detect an approach of an object to the touch sensor; and a controller configured to start driving of the tactile sensation provider by outputting a drive signal to the tactile sensation provider in response to detection of the approach by the proximity sensor, characterised in that when the object touches the touch surface and a pressure detected by the controller is not a predetermined pressure or greater, the controller is further configured to acquire coordinates being touched by the object on the touch surface of the touch sensor and when an area that includes the coordinates has changed, cause the tactile sensation provider to change to vibration in accordance with the area.
A system for the solid state storage of hydrogen comprising a plurality of hydrogen storage containers, each hydrogen storage container of the plurality of hydrogen storage containers having an inner chamber and an inlet for introducing hydrogen gas into the inner chamber, and wherein the system further comprises: the inner chamber of each hydrogen storage container having a solid hydrogen storage medium disposed therein; a hydrogen storage portion having an outer casing and including the plurality of hydrogen storage containers; an endplate manifold having a manifold portion welded to a first end of the outer casing, and a backing panel; a portion having an endplate welded to a second end of the outer casing and a coolant outlet; the manifold portion having depressed regions disposed therein that define a support ledge and a base, and a hydrogen outlet port for each of the hydrogen storage containers extending through the base; and the backing panel having a hydrogen receiving port, the backing panel welded to the support ledge to form an integrated hydrogen flow channel between the base of the manifold portion and the backing panel, each hydrogen outlet port being in fluid communication with the inlet of one of the plurality of hydrogen storage containers, the hydrogen flow channel providing fluid communication between the hydrogen receiving port and each hydrogen outlet port, characterised in that - the endplate manifold has a coolant inlet, and in that - the portion having an endplate welded to the second end of the outer casing is a hydrogen storage medium loading portion. the inner chamber of each hydrogen storage container having a solid hydrogen storage medium disposed therein; a hydrogen storage portion having an outer casing and including the plurality of hydrogen storage containers; an endplate manifold having a manifold portion welded to a first end of the outer casing, and a backing panel; a portion having an endplate welded to a second end of the outer casing and a coolant outlet; the manifold portion having depressed regions disposed therein that define a support ledge and a base, and a hydrogen outlet port for each of the hydrogen storage containers extending through the base; and the backing panel having a hydrogen receiving port, the backing panel welded to the support ledge to form an integrated hydrogen flow channel between the base of the manifold portion and the backing panel, each hydrogen outlet port being in fluid communication with the inlet of one of the plurality of hydrogen storage containers, the hydrogen flow channel providing fluid communication between the hydrogen receiving port and each hydrogen outlet port, characterised in that - the endplate manifold has a coolant inlet, and in that - the portion having an endplate welded to the second end of the outer casing is a hydrogen storage medium loading portion. - the endplate manifold has a coolant inlet, and in that - the portion having an endplate welded to the second end of the outer casing is a hydrogen storage medium loading portion.
Method for the manufacture of a polymeric prodrug in the form of a hydrogel-drug conjugate comprising the hydrogel, the drug and a reversible prodrug linker, wherein the hydrogel is crosslinked, with a pore size of a substantial fraction of pores of larger than 1 nm and smaller than 100 nm in the hydrated state, wherein the average size of the pore of the hydrogel is larger than the diameter of the drug and wherein the hydrogel comprises bio-degradable bonds selected from the group of chemically-cleavable bonds consisting of phosphate, phosphonate, carbonate, carbamate, disulfide and ester bonds, wherein the linkage between the prodrug linker and the drug is reversible and wherein after cleavage of the linker, the drug is released in an unmodified form and wherein the drug is a protein, the method comprising - a first step of synthesizing the hydrogel; followed by - a step of covalently connecting the reversible prodrug linker to the hydrogel; and - a step of covalently conjugating the drug to the reversible prodrug linker; wherein the last steps can be carried out in either order. - a first step of synthesizing the hydrogel; followed by - a step of covalently connecting the reversible prodrug linker to the hydrogel; and - a step of covalently conjugating the drug to the reversible prodrug linker;
A separator comprising a housing (10, 30), a slidingly movable carriage member, said carriage member mounted in and partly extending from the housing (10, 30), a pusher element disposed on the free end of the carriage member and an actuator mounted inside housing (10, 30), - said actuator acting upon the slidingly movable carriage member so as to move the pusher element between retracted and advanced positions, - said actuator having a stationary and a movable portion, with the carriage member rigidly mounted on said movable portion, and - the stationary portion of the actuator comprising a coil adapted to be powered electrically to drive the movable portion of the actuator in either direction; characterized in that - the movable portion of the actuator comprises a pot magnet (111, 112, 113), said pot magnet comprising a pot member made of case-hardened steel and having inserted therein a permanently magnetic core, with an annular ring gap defined between the inner periphery of pot and the permanently magnetic core and with the coil (115, 116) extending into said gap. - said actuator acting upon the slidingly movable carriage member so as to move the pusher element between retracted and advanced positions, - said actuator having a stationary and a movable portion, with the carriage member rigidly mounted on said movable portion, and - the stationary portion of the actuator comprising a coil adapted to be powered electrically to drive the movable portion of the actuator in either direction; characterized in that - the movable portion of the actuator comprises a pot magnet (111, 112, 113), said pot magnet comprising a pot member made of case-hardened steel and having inserted therein a permanently magnetic core, with an annular ring gap defined between the inner periphery of pot and the permanently magnetic core and with the coil (115, 116) extending into said gap. - the movable portion of the actuator comprises a pot magnet (111, 112, 113), said pot magnet comprising a pot member made of case-hardened steel and having inserted therein a permanently magnetic core, with an annular ring gap defined between the inner periphery of pot and the permanently magnetic core and with the coil (115, 116) extending into said gap.