mhurhangee/ep-ind-claims huggingface dataset:
A method for coating a stent, comprising the following steps: a) providing a device for coating a stent, which device comprises a holder for the stent, a spraying unit having a spray mandrel, and an air nozzle, wherein the spray mandrel, the air nozzle and the holder are designed and disposed relative to each other such that, during coating, the spray mandrel projects into the stent from one side and the air nozzle projects into the stent from the opposing side, and wherein a position of the stent relative to the spray mandrel and relative to the air nozzle can be varied during coating, or the stent, during coating, can be moved in the direction of the spray mandrel or in the direction of the air nozzle, and wherein the spraying unit has a spray nozzle, which is directed at an abluminal side of the stent, b) coating the luminal side of the stent by introducing a spray jet via the spray mandrel and an air flow via the air nozzle, in such a way that the spray jet is deflected radially outwardly by the air flow in the counterflow region; and c) displacing a position of the counterflow region relative to the stent by at least one of the measures selected from moving the stent, moving the spray mandrel, moving the air nozzle, regulating the spray jet, and regulating the air flow, and d) while carrying out steps b) and c), directing a spray jet of the spray nozzle at the counterflow region on the outside of the stent, wherein, inside the stent, an air flow is produced via the air nozzle and at the same time a spray jet is produced via the spray mandrel. a) providing a device for coating a stent, which device comprises a holder for the stent, a spraying unit having a spray mandrel, and an air nozzle, wherein the spray mandrel, the air nozzle and the holder are designed and disposed relative to each other such that, during coating, the spray mandrel projects into the stent from one side and the air nozzle projects into the stent from the opposing side, and wherein a position of the stent relative to the spray mandrel and relative to the air nozzle can be varied during coating, or the stent, during coating, can be moved in the direction of the spray mandrel or in the direction of the air nozzle, and wherein the spraying unit has a spray nozzle, which is directed at an abluminal side of the stent, b) coating the luminal side of the stent by introducing a spray jet via the spray mandrel and an air flow via the air nozzle, in such a way that the spray jet is deflected radially outwardly by the air flow in the counterflow region; and c) displacing a position of the counterflow region relative to the stent by at least one of the measures selected from moving the stent, moving the spray mandrel, moving the air nozzle, regulating the spray jet, and regulating the air flow, and d) while carrying out steps b) and c), directing a spray jet of the spray nozzle at the counterflow region on the outside of the stent, wherein, inside the stent, an air flow is produced via the air nozzle and at the same time a spray jet is produced via the spray mandrel.
A fastening for planks to a substructure using a connecting part, which bears against the top of a part-face (1.1), which projects out of the bottom of the longitudinal side face of planks, and is connected to the substrate by means of a fastening part, the connecting part bearing against the planks under elastic prestress, the spring constant of the connecting part in response to forces on the contact face with the plank being smaller than that of the plank at said contact face, and the elastic deformation range of the connecting part being greater than the range of the changes in dimension in the cross-sectional area of the plank that are caused by temperature and moisture fluctuations occurring in normal use, characterised in that the elastic deformation range is formed by bending a continuation (3.1, 13.1) of the connecting part (3, 13), which bears from above against a part-face (1.1) projecting from the bottom of a longitudinal side face of the plank, and that the continuation (13.1) of the connecting part is part of the enclosure of a hollow chamber, which is compressed by the fastening part in the direction normal to the plane of the substructure.
Corner joint, comprising interconnected metal tubes of a frame - in particular, a door frame of a fire door, said door frame holding a fire-protection panel - having a blunt stop of the metal tubes (6, 7) to be connected to each other, in which the metal tubes (6, 7) abut each other at right angles on a plane in such a way that the open end of the one tube abuts flat against the tube wall of the second tube, wherein a tube connector is screwed to the tube wall of the second tube, whose shape and size is matched to the inner contour of the first tube, is pushed into and fastened in this, wherein the first tube and the tube connector are each provided with two corresponding transverse holes (17, 18; 19, 20) spaced apart from each other into which countersunk screws (21, 22) as fasteners are screwed, for which purpose the two transverse holes (19, 20) of the tube connector are equipped with internal threads, characterized in that the threaded connection of the tube connector to the tube wall of the second tube is effected using cylinder countersunk screws which are screwed into the tube wall of the second tube using countersunk riveting nuts (15, 16).
Hot water circulation system comprising a load and at least one water heater, which are interconnected by means of a ring system, the part of the ring system that extends from the water heater to the load serving as a supply line and the part that extends from the load back to the water heater serving as a circulation line, a circulation pump for circulating water heated by the water heater and a regulating module for regulating the water circulating in the circulation line (3, 4, 5, 5', 5", 7, 7', 7") in a temperature-controlled manner being placed in the circulation line, and the regulating module containing a valve formed of a valve seat, a valve body that interacts with the valve seat, and an actuator (12, 14) for operating the valve body, characterised in that the actuator (12, 14) contains at least one thermal SMA material, in that the actuator (12, 14) contains at least one first SMA material spring element, which interacts with the valve body such that the flow resistance through the valve is increased in a first predetermined temperature range when the temperature of the water flowing through the valve is increased, in that the actuator (12, 14) contains a second SMA material spring element, which interacts with the valve body such that the flow resistance through the valve is reduced in a second predetermined temperature range when the temperature of the water flowing through the valve is increased, in that an adjusting element for adjusting an adjustment characteristic of the valve body is provided on the regulating module, and in that the adjusting element influences the first and/or second SMA material spring element such that the first and/or second temperature range can be changed with respect to its extent and/or with respect to its upper and/or lower threshold temperature.
A multimode mobile station registration method comprising: receiving an authentication, authorization, and accounting query (292,300,304) from an external server (28,32) at a RADIUS server process on a unified subscriber data server control function platform, wherein the unified subscriber data server control function platform maintains class of service information about active protocol registrations and performs concurrent data network registration and voice network registration for multimode subscribers; forwarding the AAA query to a AAA control function application on the control function platform; requesting data relating to the AAA query from a data function application on a unified subscriber data server data function platform; receiving data relating to the AAA query from the data function application; returning a response to the AAA query to the RADIUS server process; forwarding the response (294,302,306) to the AAA query to the external server (28,32). receiving an authentication, authorization, and accounting query (292,300,304) from an external server (28,32) at a RADIUS server process on a unified subscriber data server control function platform, wherein the unified subscriber data server control function platform maintains class of service information about active protocol registrations and performs concurrent data network registration and voice network registration for multimode subscribers; forwarding the AAA query to a AAA control function application on the control function platform; requesting data relating to the AAA query from a data function application on a unified subscriber data server data function platform; receiving data relating to the AAA query from the data function application; returning a response to the AAA query to the RADIUS server process; forwarding the response (294,302,306) to the AAA query to the external server (28,32).
A method for producing a thermally insulated panel for the door leaf of a sectional door with the following process steps: a) A panel body is formed by sheet metal forming of a flat metal sheet, said panel body comprising a front wall at the outer side of the door leaf and wall faces adjoining said front wall, wherein the wall faces form an upper and a lower narrow side (5, 6) of the panel and extend continuously from the outer side of the door leaf up to a connection area for fixing hinges to the inner side of the door leaf; b) a cover is applied to the panel body, said cover being connected to the panel body thereby forming a cavity; c) a foamable plastic is introduced into the cavity, said foamable plastic foaming and hardening to form a foam core filling the cavity; d) a multiplicity of openings is introduced into the flat metal sheet, said openings being arranged in at least one row aligned parallel to longitudinal edges of the metal sheet and being arranged in the upper narrow side and/or the lower narrow side of the panel body after the sheet metal forming; e) the openings of the metal sheet are covered, before the sheet metal forming of the metal sheet, by a film which is laminated onto the flat metal sheet. a) A panel body is formed by sheet metal forming of a flat metal sheet, said panel body comprising a front wall at the outer side of the door leaf and wall faces adjoining said front wall, wherein the wall faces form an upper and a lower narrow side (5, 6) of the panel and extend continuously from the outer side of the door leaf up to a connection area for fixing hinges to the inner side of the door leaf; b) a cover is applied to the panel body, said cover being connected to the panel body thereby forming a cavity; c) a foamable plastic is introduced into the cavity, said foamable plastic foaming and hardening to form a foam core filling the cavity; d) a multiplicity of openings is introduced into the flat metal sheet, said openings being arranged in at least one row aligned parallel to longitudinal edges of the metal sheet and being arranged in the upper narrow side and/or the lower narrow side of the panel body after the sheet metal forming; e) the openings of the metal sheet are covered, before the sheet metal forming of the metal sheet, by a film which is laminated onto the flat metal sheet.
An electronic apparatus comprising: a user interface; a camera; a memory configured to store a first artificial intelligence model trained to obtain information on an emotion based on an input image; and a processor, connected to the user interface, the camera, and the memory, configured to control the electronic apparatus, wherein the processor is configured to: based on text being input through the user interface, identify whether the text includes first information on a user's emotion, characterised in that the processor is further configured to: based on the text including the first information, obtain second information for the emotion by inputting the image obtained through the camera to the first artificial intelligence model, and identify a type of the user's emotion based on the first information obtained from the text and the second information obtained from the image. a user interface; a camera; a memory configured to store a first artificial intelligence model trained to obtain information on an emotion based on an input image; and a processor, connected to the user interface, the camera, and the memory, configured to control the electronic apparatus, wherein the processor is configured to: based on text being input through the user interface, identify whether the text includes first information on a user's emotion, characterised in that the processor is further configured to: based on the text including the first information, obtain second information for the emotion by inputting the image obtained through the camera to the first artificial intelligence model, and identify a type of the user's emotion based on the first information obtained from the text and the second information obtained from the image. based on the text including the first information, obtain second information for the emotion by inputting the image obtained through the camera to the first artificial intelligence model, and identify a type of the user's emotion based on the first information obtained from the text and the second information obtained from the image.
Cyclobenzaprine for use in the treatment of tinnitus and related auditory dysfunctions by oral administration or by parenteral administration through intramuscular, intravenous, subcutaneous or intrathecal injection or infusion.
Corner guide for a window, door or the like, with two push rods and a flexible corner link member connecting the push rods, wherein the corner guide has an angled housing exhibiting two housing legs (7, 8) and in which the two push rods (2, 3) and the corner link member are mounted so as to be longitudinally displaceable, and wherein the angled housing is a plastic housing and comprises a one-piece, angular basic housing exhibiting an external angled wall and two lateral angled walls (14, 15), characterised in that the plastic housing exhibits two housing covers (11, 12) forming an internal angled wall of the angled housing, wherein each housing leg (7, 8) exhibits one of the housing covers (11, 12), and the basic housing and the housing covers (11, 12) are welded to one another, in particular being ultrasonically welded.
An isoxazolo[4,5-c]pyridine for use in a method of treatment of arthritis or asthma in a warm blooded mammal, wherein the isoxazolo[4,5-c]pyridine is of formula where: X 1 is -N= and -CR 1 =; R 1 is -H, C 1 -C 3 alkyl, -(CH 2) x -N(R 1-1)(R 1-2) where x is 0, 1 or 2, where R 1-1 and R 1-2 are the same or different and are -H or C 1 -C 3 alkyl with the proviso that when R 1-1 and R 1-2 are both C 2 alkyl, the alkyl groups can be cyclized to form a heterocyclic ring selected from pyrrolidinyl, piperidinyl, piperazinyl and N-methylpiperazinyl; -O-R 1-3 where R 1-3 is -H, C 1 -C 3 alkyl or phenyl; or -(CH 2) y -O-(CH 2) y -O-R 1-4 where y are the same or different and are 1 or 2 and where R 1-4 is -H, C 1 -C 3 alkyl, -CO-R 1-5 where R 1-5 is phenyl; R 2 is C 1 alkyl; R 3 is -H or -F; R 4 is -H or -O-R 4-1 with the proviso that when R 4 is -O-R 4-1, X 1 is -CR 1 = and R 1 and R 4 are taken together to form a methylenedioxo group; R 5 is -H or -O-R 5-1 where R 5-1 is C 1 alkyl; or an enantiomer, diastereomer, tautomer, pharmaceutically acceptable salt or hydrate thereof. X 1 is -N= and -CR 1 =; R 1 is -H, C 1 -C 3 alkyl, -(CH 2) x -N(R 1-1)(R 1-2) where x is 0, 1 or 2, where R 1-1 and R 1-2 are the same or different and are -H or C 1 -C 3 alkyl with the proviso that when R 1-1 and R 1-2 are both C 2 alkyl, the alkyl groups can be cyclized to form a heterocyclic ring selected from pyrrolidinyl, piperidinyl, piperazinyl and N-methylpiperazinyl; -O-R 1-3 where R 1-3 is -H, C 1 -C 3 alkyl or phenyl; or -(CH 2) y -O-(CH 2) y -O-R 1-4 where y are the same or different and are 1 or 2 and where R 1-4 is -H, C 1 -C 3 alkyl, -CO-R 1-5 where R 1-5 is phenyl; R 2 is C 1 alkyl; R 3 is -H or -F; R 4 is -H or -O-R 4-1 with the proviso that when R 4 is -O-R 4-1, X 1 is -CR 1 = and R 1 and R 4 are taken together to form a methylenedioxo group; R 5 is -H or -O-R 5-1 where R 5-1 is C 1 alkyl; or an enantiomer, diastereomer, tautomer, pharmaceutically acceptable salt or hydrate thereof.
A method for implementing speech control, wherein the method comprises: recording, by a terminal, a correspondence between a first keyword text and a second keyword text, wherein the correspondence is a correspondence with a personalized keyword by recognizing a modification of a user for a standard keyword, and replacing a personalized part that cannot be recognized by a speech cloud; when receiving a speech input by a user inputs, sending, by the terminal to a first server for semantic parsing and logical parsing, the speech input by the user; when receiving a parsing failure from the first server returns, obtaining, by the terminal, a parsed text returned by the first server, replacing the second keyword in the parsed text with the first keyword based on the correspondence, and sending, to the first server, the text obtained after the replacement; and receiving, by the terminal, a control command structure returned by the first server after the logical parsing succeeds, and executing a function based on the control command structure, to play a notification speech. recording, by a terminal, a correspondence between a first keyword text and a second keyword text, wherein the correspondence is a correspondence with a personalized keyword by recognizing a modification of a user for a standard keyword, and replacing a personalized part that cannot be recognized by a speech cloud; when receiving a speech input by a user inputs, sending, by the terminal to a first server for semantic parsing and logical parsing, the speech input by the user; when receiving a parsing failure from the first server returns, obtaining, by the terminal, a parsed text returned by the first server, replacing the second keyword in the parsed text with the first keyword based on the correspondence, and sending, to the first server, the text obtained after the replacement; and receiving, by the terminal, a control command structure returned by the first server after the logical parsing succeeds, and executing a function based on the control command structure, to play a notification speech.
A sole assembly for a shoe comprising: an upper plate disposed on an upper side of the sole assembly and formed of hard elastic member; and a lower wavy plate disposed on a lower side of the sole assembly, formed of hard elastic member, and having a wavy shape that progresses in a longitudinal direction of the shoe, said lower wavy plate being releasably attached to said upper plate via a fastening element and said lower wavy plate being thus exchangeable relative to the shoe, wherein a front end and a rear end of said wavy shape of the lower wavy plate are attached to the upper plate, and wherein said wavy shape is formed of a plurality of downwardly convexly curved portions (30,31) and located at the heel region or the forefoot region. an upper plate disposed on an upper side of the sole assembly and formed of hard elastic member; and a lower wavy plate disposed on a lower side of the sole assembly, formed of hard elastic member, and having a wavy shape that progresses in a longitudinal direction of the shoe, said lower wavy plate being releasably attached to said upper plate via a fastening element and said lower wavy plate being thus exchangeable relative to the shoe, wherein a front end and a rear end of said wavy shape of the lower wavy plate are attached to the upper plate, and wherein said wavy shape is formed of a plurality of downwardly convexly curved portions (30,31) and located at the heel region or the forefoot region.
A user terminal (UE#1... UE#4) adapted to receive an enhanced downlink control channel, the enhanced downlink control channel being a channel that is frequency-division-multiplexed with a downlink shared channel from a radio base station (eNB), the user terminal (UE#1... UE#4) comprising: a receiving section configured to receive a Physical Hybrid-ARQ Indicator channel, PHICH, duration from the radio base station; a detection section characterized by being configured to detect a starting position of an OFDM symbol for the enhanced downlink control channel in a subframe, based on the PHICH duration. a receiving section configured to receive a Physical Hybrid-ARQ Indicator channel, PHICH, duration from the radio base station; a detection section characterized by being configured to detect a starting position of an OFDM symbol for the enhanced downlink control channel in a subframe, based on the PHICH duration.
A power supply system (100, 101, 102) that is mountable on a vehicle, the power supply system (100, 101, 102) comprising: a lithium-ion storage battery connected to an electrical load via two paths being a first path and a second path; a power generator capable of charging the lithium-ion storage battery; a first switch provided on the first path; an electrical resistance element provided on the second path; a control unit configured to control on/off of the power generator and perform on/off control of the first switch, a lead-acid storage battery which is connected to the electrical load, the lead-acid storage battery having different charge and discharge characteristics from the lithium-ion storage battery and the lead-acid storage battery being connected to the electrical load in parallel with the lithium-ion storage battery; and a second switch (31, 32) provided on the second path and configured to be controlled by the control unit, wherein a resistance value of the electrical resistance element is greater than a harness resistance of the first path, wherein, according to a voltage increase request from the electrical load, the control unit is configured to turn off the first switch such that a power supply to the lithium-ion storage battery through the first path from the power generator is cut, and wherein the control unit is configured to switch the power generator to a power generation mode in which an input voltage of the electrical load increases such that a power generated by the power generator is supplied to the lithium-ion storage battery through the second path. a lithium-ion storage battery connected to an electrical load via two paths being a first path and a second path; a power generator capable of charging the lithium-ion storage battery; a first switch provided on the first path; an electrical resistance element provided on the second path; a control unit configured to control on/off of the power generator and perform on/off control of the first switch, a lead-acid storage battery which is connected to the electrical load, the lead-acid storage battery having different charge and discharge characteristics from the lithium-ion storage battery and the lead-acid storage battery being connected to the electrical load in parallel with the lithium-ion storage battery; and a second switch (31, 32) provided on the second path and configured to be controlled by the control unit, wherein a resistance value of the electrical resistance element is greater than a harness resistance of the first path, wherein, according to a voltage increase request from the electrical load, the control unit is configured to turn off the first switch such that a power supply to the lithium-ion storage battery through the first path from the power generator is cut, and wherein the control unit is configured to switch the power generator to a power generation mode in which an input voltage of the electrical load increases such that a power generated by the power generator is supplied to the lithium-ion storage battery through the second path.