mhurhangee/ep-ind-claims huggingface dataset:
A hydrogen ionic conductive inorganic material having a layered structure, wherein a moiety containing a functional group with hydrogen ionic conductivity is introduced between layers of the inorganic material having a nano-sized interlayer distance, wherein the moiety is a sulfonic acid group containing moiety, which is a silicate connected to the inorganic material through an ether bond (-O-), wherein the sulfonic acid group containing moiety is obtained by acid-treatment of the ionic conductive inorganic material having the layered structure and reacting the acid-treated ionic conductive inorganic material having the layered structure with an alkoxysilane having a free thiol group at a terminal to form a silicate connected to the inorganic material through an ether bond and having a free thiol group at a terminal, and by oxidation and subsequent protonation of the free thiol group of the silicate to form the sulfonic acid group, wherein: the alkoxysilane is at least one selected from 3-mercaptopropyl trimethoxysilane and 3-mercaptopropylmethyldimethoxysilane; and the hydrogen ionic conductive inorganic material has a layered structure, wherein the inorganic material is at least one selected from montmorillonite, hydrated sodium calcium aluminum magnesium silicate hydroxide, pyrophyllite, talc, vermiculite, sauconite, saponite, nontronite, Amesite, Baileychlore, Chamosite, Clinochlore, Cookeite, Corundophilite, Daphnite, Delessite, Gonyerite, Nimite, Odinite, Orthochamosite, Penninite, Pannantite, Rhipidolite, prochlore, Sudoite, Thuringite, kaolinite, dickite, and nacrite. the alkoxysilane is at least one selected from 3-mercaptopropyl trimethoxysilane and 3-mercaptopropylmethyldimethoxysilane; and the hydrogen ionic conductive inorganic material has a layered structure, wherein the inorganic material is at least one selected from montmorillonite, hydrated sodium calcium aluminum magnesium silicate hydroxide, pyrophyllite, talc, vermiculite, sauconite, saponite, nontronite, Amesite, Baileychlore, Chamosite, Clinochlore, Cookeite, Corundophilite, Daphnite, Delessite, Gonyerite, Nimite, Odinite, Orthochamosite, Penninite, Pannantite, Rhipidolite, prochlore, Sudoite, Thuringite, kaolinite, dickite, and nacrite.
A turbofan engine comprising: a first spool including a low pressure turbine; a second spool including a high pressure turbine disposed axially forward of the low pressure turbine; a first tower shaft engaged to the first spool; a second tower shaft engaged to the second spool; an accessory gearbox supporting a plurality of accessory components (72, 74, 75, 80, 82); a superposition gear system disposed within the accessory gearbox, the superposition gear system including a plurality of intermediate gears engaged to a sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears, wherein the second tower shaft is engaged to drive the sun gear and the first tower shaft is selectively coupled to the ring gear through a first ring gear clutch; a starter selectively coupled to the sun gear through a starter clutch; a first electric motor selectively coupled to the ring gear through a first motor clutch; and a second electric motor selectively coupled to the sun gear through a second motor clutch, wherein the first electric motor and the second electric motor are each operable to input power into a corresponding one of the first and second spools (30, 32). a first spool including a low pressure turbine; a second spool including a high pressure turbine disposed axially forward of the low pressure turbine; a first tower shaft engaged to the first spool; a second tower shaft engaged to the second spool; an accessory gearbox supporting a plurality of accessory components (72, 74, 75, 80, 82); a superposition gear system disposed within the accessory gearbox, the superposition gear system including a plurality of intermediate gears engaged to a sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears, wherein the second tower shaft is engaged to drive the sun gear and the first tower shaft is selectively coupled to the ring gear through a first ring gear clutch; a starter selectively coupled to the sun gear through a starter clutch; a first electric motor selectively coupled to the ring gear through a first motor clutch; and a second electric motor selectively coupled to the sun gear through a second motor clutch, wherein the first electric motor and the second electric motor are each operable to input power into a corresponding one of the first and second spools (30, 32).
A wall comprising an upper horizontal member to be fixed to a ceiling, a lower horizontal member to be fixed to a floor, and at least one panel (3, 3'; 4, 4') provided between the upper horizontal member and the lower horizontal member, wherein the lower horizontal member comprises at least three longitudinally extending, elongate profiles (14, 15, 16) of U-shaped cross-section, wherein the first profile is fixed to the floor with a base part of its U-shaped cross-section, wherein the second profile is placed on the first profile, wherein base parts (17, 19) of the U-shaped cross-sections of the first and second profiles (14, 15) face away from each other, wherein the lower horizontal member further comprises a third profile of U-shaped cross-section placed on the second profile thereof, wherein base parts (17, 21) of the U-shaped cross sections of the first and the third profile (14, 16) face away from each other, characterised in that a spacing between the base parts (19, 21) of the U-shaped cross-sections of the second and the third profile (15, 16) is adjustable.
An oral dosage delivery vehicle comprising at least one layer of a cast edible film including a uniformly distributed active ingredient, wherein said film comprises weakened sections which divide the film into segments that represent individual dosage units, and wherein said active ingredient varies no more than 10% among said dosage units.
A radiation therapy treatment system, comprising: a therapy generator; and a therapy output; a therapy controller system coupled to the radiation therapy generator and the radiation therapy output, the radiation therapy controller system comprising an imaging input, the imaging input configured to receive reference imaging information, the therapy controller system configured to: generate a two-dimensional projection image, the two-dimensional projection image corresponding to a specified projection direction, the two-dimensional projection image being generated based on imaging information acquired according to the specified projection direction via nuclear magnetic resonance projection imaging, the specified projection direction including a path traversing at least a portion of an imaging subject; determine a change between the generated two-dimensional projection image and the reference imaging information; and control delivery of the radiation therapy at the radiation therapy output at least in part using the determined change between the obtained two-dimensional projection image and the reference imaging information. a therapy generator; and a therapy output; a therapy controller system coupled to the radiation therapy generator and the radiation therapy output, the radiation therapy controller system comprising an imaging input, the imaging input configured to receive reference imaging information, the therapy controller system configured to: generate a two-dimensional projection image, the two-dimensional projection image corresponding to a specified projection direction, the two-dimensional projection image being generated based on imaging information acquired according to the specified projection direction via nuclear magnetic resonance projection imaging, the specified projection direction including a path traversing at least a portion of an imaging subject; determine a change between the generated two-dimensional projection image and the reference imaging information; and control delivery of the radiation therapy at the radiation therapy output at least in part using the determined change between the obtained two-dimensional projection image and the reference imaging information. generate a two-dimensional projection image, the two-dimensional projection image corresponding to a specified projection direction, the two-dimensional projection image being generated based on imaging information acquired according to the specified projection direction via nuclear magnetic resonance projection imaging, the specified projection direction including a path traversing at least a portion of an imaging subject; determine a change between the generated two-dimensional projection image and the reference imaging information; and control delivery of the radiation therapy at the radiation therapy output at least in part using the determined change between the obtained two-dimensional projection image and the reference imaging information.
A torque coupling unit for use with a differential assembly, the torque coupling unit comprising: a first member in driving engagement with a side gear of the differential assembly; a second member in driving engagement with an output shaft; a clutching assembly comprising a first portion and a second portion, the first portion drivingly engaged with the first member and the second portion drivingly engaged with the second member; a clutch actuator assembly disposed adjacent the clutching assembly, the clutch actuator assembly comprising a roller and ramp assembly comprising an actuating ring, a fixed non-rotatable pressure plate and a thrust bearing between the actuating ring and the clutching assembly, wherein in response to a rotation of a portion of the clutch actuator assembly the thrust bearing is driven in an axial manner by the actuating ring into direct contact with the clutching assembly, causing the first portion of the clutching assembly to be at least variably frictionally engaged with the second portion of the clutching assembly wherein a third bearing is located between the actuating ring and a housing of a torque coupling unit, the third bearing located radially inboard from a plurality of rollers located between the actuating ring and the pressure plate, the third bearing rotatably supporting the actuating ring. a first member in driving engagement with a side gear of the differential assembly; a second member in driving engagement with an output shaft; a clutching assembly comprising a first portion and a second portion, the first portion drivingly engaged with the first member and the second portion drivingly engaged with the second member; a clutch actuator assembly disposed adjacent the clutching assembly, the clutch actuator assembly comprising a roller and ramp assembly comprising an actuating ring, a fixed non-rotatable pressure plate and a thrust bearing between the actuating ring and the clutching assembly, wherein in response to a rotation of a portion of the clutch actuator assembly the thrust bearing is driven in an axial manner by the actuating ring into direct contact with the clutching assembly, causing the first portion of the clutching assembly to be at least variably frictionally engaged with the second portion of the clutching assembly wherein a third bearing is located between the actuating ring and a housing of a torque coupling unit, the third bearing located radially inboard from a plurality of rollers located between the actuating ring and the pressure plate, the third bearing rotatably supporting the actuating ring.
Apparatus for the regional anticoagulation of the blood, usable for reducing the amount of Ca++ ions in the blood which has to receive a treatment in a circuit for the treatment of blood, the apparatus comprising an inlet conduit for the blood collected from the patient, a device for the treatment of the blood, an outlet conduit for returning the treated blood to the patient, characterised in that the apparatus comprises a membrane made of a material selectively permeable to Ca++ ions.
A method of establishing a communication session between a first terminal device and a second terminal device comprising: the second terminal device sending a request to initiate a communication session with the first terminal device to a server; the server signaling the first terminal device to initiate the communication session, the server sending redirection timer information, including when the redirection timer is initiated at the server, in association with the signaling; the first terminal device determining an offset amount based upon the redirection timer information, the offset amount being added or subtracted to a redirection timer value to determine a modified redirection timer value that takes into account time that elapses between messaging exchanged between the server and the first terminal device that affects the first terminal device determination of an amount of time remaining in a redirection timer of the server such that the determined modified redirection timer value is equal in value or substantially equal in value to the amount of time remaining in the redirection timer of the server; and the first terminal device displaying the modified redirection timer value when outputting an indication of the received signaling for initiating the communication session. the second terminal device sending a request to initiate a communication session with the first terminal device to a server; the server signaling the first terminal device to initiate the communication session, the server sending redirection timer information, including when the redirection timer is initiated at the server, in association with the signaling; the first terminal device determining an offset amount based upon the redirection timer information, the offset amount being added or subtracted to a redirection timer value to determine a modified redirection timer value that takes into account time that elapses between messaging exchanged between the server and the first terminal device that affects the first terminal device determination of an amount of time remaining in a redirection timer of the server such that the determined modified redirection timer value is equal in value or substantially equal in value to the amount of time remaining in the redirection timer of the server; and the first terminal device displaying the modified redirection timer value when outputting an indication of the received signaling for initiating the communication session.
A dewatering method for treating sewage sludge, the method comprising: (a) applying a plurality of ultrafine bubbles to a sludge to form an at least partially aerated sludge; (b) applying acoustic energy to the aerated sludge to agitate at least a portion of the ultrafine bubbles; and (c) applying an electric field to the aerated sludge to impart an electrophoretic mobility to the ultrafine bubbles to thereby facilitate separation and transport of water molecules from solid matter within the sludge, wherein the ultrafine bubbles have an average diameter up to 10μm. (a) applying a plurality of ultrafine bubbles to a sludge to form an at least partially aerated sludge; (b) applying acoustic energy to the aerated sludge to agitate at least a portion of the ultrafine bubbles; and (c) applying an electric field to the aerated sludge to impart an electrophoretic mobility to the ultrafine bubbles to thereby facilitate separation and transport of water molecules from solid matter within the sludge,
Heat exchanger for an exhaust system of an internal combustion engine, in particular of a motor vehicle, comprising: - at least one heating tube for conducting hot exhaust gas of the internal combustion engine; - at least one cooling tube for conducting a liquid cooling agent; - at least one thermoelectric generator for generating an electrical voltage from a temperature difference, said generator being arranged between a heating tube of this type and a cooling tube of this type, - each heating tube, thermoelectric generator and cooling tube being adjacent to one another and forming a stack in a stacking direction, - at least one support tube being arranged in each heating tube and/or in each cooling tube, which support tube is supported in the stacking direction on wall portions which face each other of each tube (16, 17), characterised in that at least two support tubes of this type are arranged next to one another in each tube (16, 17), transversely to the longitudinal direction thereof, and differ from one another in that they have different tube lengths and/or tube ends and/or tube cross sections. - at least one heating tube for conducting hot exhaust gas of the internal combustion engine; - at least one cooling tube for conducting a liquid cooling agent; - at least one thermoelectric generator for generating an electrical voltage from a temperature difference, said generator being arranged between a heating tube of this type and a cooling tube of this type, - each heating tube, thermoelectric generator and cooling tube being adjacent to one another and forming a stack in a stacking direction, - at least one support tube being arranged in each heating tube and/or in each cooling tube, which support tube is supported in the stacking direction on wall portions which face each other of each tube (16, 17),
A leadless pacemaker device for implantation within or near a left atrial appendage extending from a left atrium of a heart to monitor and/or treat a patient with conduction abnormalities and/or cardiac dysrhythmias, the device comprising: a battery capable of storing electrical energy; at least one electrode capable of sensing and pacing the left atrium; a control processor capable of processing data; a communication module to communicate outside of the patient; and a cover portion designed to prevent thrombus from within the left atrial appendage of the left atrium to embolize out of the left atrial appendage of the left atrium; characterized in that at least a portion of the device comprises a linear chain of subunits coupled together by connectors (301c-311c), wherein the connectors (301c-311c) are configured to allow each subunit to change orientation relative to any adjacent subunits. a battery capable of storing electrical energy; at least one electrode capable of sensing and pacing the left atrium; a control processor capable of processing data; a communication module to communicate outside of the patient; and a cover portion designed to prevent thrombus from within the left atrial appendage of the left atrium to embolize out of the left atrial appendage of the left atrium; characterized in that at least a portion of the device comprises a linear chain of subunits coupled together by connectors (301c-311c), wherein the connectors (301c-311c) are configured to allow each subunit to change orientation relative to any adjacent subunits.
A shift register for a display driving circuit that simultaneously selects signal lines, the shift register comprising, in a stage (SRn) thereof: a set-reset flip-flop including a set terminal, a reset terminal (R,RB), and an initialization terminal (INIT) receiving a simultaneous selection signal, wherein the flip-flop is adapted to supply a first output that is non-active while the simultaneous selection signal is active, regardless of a state of another input terminal of the flip-flop; and a signal generating circuit including a gate circuit and receiving a simultaneous selection signal and a clock signal; characterized in that the set-reset flip-flop has a second output which is active when the first output is non-active, and which is non-active when the first output is active; the gate circuit comprises a first analog switch and a second analog switch wherein the first output of the flip-flop is connected to a P-channel side gate of the first switch and an N-channel side gate of the second switch, and the second output of the flip-flop is connected to an N-channel side gate of the first switch and a P-channel side gate of the second switch; wherein the first analog switch receives the simultaneous selection signal and is adapted to output the simultaneous selection signal as an output signal of said stage (SRn) while the first output of the flip-flop is non-active, and wherein the second switch) receives the clock signal and is adapted output the clock signal as the output signal of said stage (SRn) while the first output of the flip-flop is active. a set-reset flip-flop including a set terminal, a reset terminal (R,RB), and an initialization terminal (INIT) receiving a simultaneous selection signal, wherein the flip-flop is adapted to supply a first output that is non-active while the simultaneous selection signal is active, regardless of a state of another input terminal of the flip-flop; and a signal generating circuit including a gate circuit and receiving a simultaneous selection signal and a clock signal; the set-reset flip-flop has a second output which is active when the first output is non-active, and which is non-active when the first output is active; the gate circuit comprises a first analog switch and a second analog switch wherein the first output of the flip-flop is connected to a P-channel side gate of the first switch and an N-channel side gate of the second switch, and the second output of the flip-flop is connected to an N-channel side gate of the first switch and a P-channel side gate of the second switch; wherein the first analog switch receives the simultaneous selection signal and is adapted to output the simultaneous selection signal as an output signal of said stage (SRn) while the first output of the flip-flop is non-active, and wherein the second switch) receives the clock signal and is adapted output the clock signal as the output signal of said stage (SRn) while the first output of the flip-flop is active.
A thrust sliding bearing comprising: an annular upper case attached to an upper end portion of a piston rod with the piston rod inserted in the upper case, the piston rod being used in a shock absorber of a strut-type suspension; and an annular lower case overlapped with the upper case to be rotatable relative to the upper case about an axial center of the piston rod; wherein the upper case is integrally configured by an annular upper case base which has an annular bottom surface and by an upper case cylindrical portion which is provided to extend vertically from the annular bottom surface of the upper case base to be fitted in the lower case, characterized by an annular synthetic resin-made sliding bearing piece provided in an annular space formed between the upper case and the lower case for receiving a thrust load of the piston rod, and an annular metal plate firmly attached to the piston rod and interposed between the upper case and the synthetic resin-made sliding bearing piece, wherein the synthetic resin-made sliding bearing piece is fixed to the inner side of the upper case cylindrical portion of the upper case. an annular upper case attached to an upper end portion of a piston rod with the piston rod inserted in the upper case, the piston rod being used in a shock absorber of a strut-type suspension; and an annular lower case overlapped with the upper case to be rotatable relative to the upper case about an axial center of the piston rod; wherein the upper case is integrally configured by an annular upper case base which has an annular bottom surface and by an upper case cylindrical portion which is provided to extend vertically from the annular bottom surface of the upper case base to be fitted in the lower case, characterized by an annular synthetic resin-made sliding bearing piece provided in an annular space formed between the upper case and the lower case for receiving a thrust load of the piston rod, and an annular metal plate firmly attached to the piston rod and interposed between the upper case and the synthetic resin-made sliding bearing piece, wherein the synthetic resin-made sliding bearing piece is fixed to the inner side of the upper case cylindrical portion of the upper case.