mhurhangee/ep-ind-claims huggingface dataset:
A method in a Radio Access Network, RAN, node for updating a paging configuration for at least one User Equipment, UE, in a wireless communications system, wherein the RAN node uses a plurality of radio beams to page a plurality of UEs and the RAN node uses at least one of the radio beams for transmitting at least one paging message to at least one of the UEs, the method comprising: - obtaining information regarding at least one paging condition, wherein the at least one paging condition is associated with a current paging configuration for said at least one UE and wherein the at least one paging condition comprises at least one of latency, Physical Downlink Control CHannel, PDCCH, load, and PDCCH and Physical Downlink Shared CHannel, PDSCH, imbalance; - determining whether the obtained information regarding the at least one paging condition exceeds a respective associated threshold; and - updating, based on the determination, the current paging configuration into an updated paging configuration for said at least one UE, wherein updating the current paging configuration comprises adjusting one or more configurations of the one or more radio beams for transmitting a paging message to said at least one UE. - obtaining information regarding at least one paging condition, wherein the at least one paging condition is associated with a current paging configuration for said at least one UE and wherein the at least one paging condition comprises at least one of latency, Physical Downlink Control CHannel, PDCCH, load, and PDCCH and Physical Downlink Shared CHannel, PDSCH, imbalance; - determining whether the obtained information regarding the at least one paging condition exceeds a respective associated threshold; and - updating, based on the determination, the current paging configuration into an updated paging configuration for said at least one UE, wherein updating the current paging configuration comprises adjusting one or more configurations of the one or more radio beams for transmitting a paging message to said at least one UE.
Device for polishing optical lenses, comprising a lens holder, means for positioning said lens holder and means for causing said lens holder to rotate about an axis, comprising in addition a polishing tool, a tool holder, means for positioning said tool holder and means for causing said tool holder to rotate about an axis, the device comprising in addition a ball joint arranged between a shaft integral with the tool holder and the means for positioning said tool holder, or between a shaft integral with the lens holder and the means for positioning said lens holder, so as to permit a spherical displacement of said tool or said lens, respectively, characterized in the fact that the tool holder is provided with means for detecting the pressure exerted by the tool on the lens, and a control loop between the detecting means and the positioning means, so as to enable a control of said pressure on all the defined areas of the lens.
Lighting device for a vehicle comprising analysis means analysing a zone situated in front of it, said device comprising a first source generating first photons and a reflector reflecting said generated first photons towards said zone so that they form a first light beam ensuring a photometric lighting function said device further comprising i) a second source installed in front of a central part of said reflector and generating second photons, ii) a lens interposed between said second source and said zone and generating second photons, ii) a lens interposed between said second source and said zone, positionable in different positions with respect to said reflector, and forming with said generated second photons a second light beam which is narrow and points to a sub-zone of said zone as a function of a determined lens position, and iii) control means determining said lens position in the event of the detection of an obstruction in a sub-zone with a known position in relation to a reference mark of said vehicle characterized in that said control means determine a lens position away from a location of passage of said first light beam to arrange said lens when said second source does not generate second photons.
An optical product comprising: a transparent base material; and a multilayer film including a dielectric film and an ITO film, the multilayer film being formed on one face or two faces of the transparent base material, wherein a physical thickness of the ITO film is not less than 3 nanometers and not greater than 7 nanometers, wherein the dielectric film on a surface side relative to the ITO film includes a ZrO 2 film, and the ZrO 2 film is arranged adjacent to the ITO film. a transparent base material; and a multilayer film including a dielectric film and an ITO film, the multilayer film being formed on one face or two faces of the transparent base material, wherein a physical thickness of the ITO film is not less than 3 nanometers and not greater than 7 nanometers, wherein the dielectric film on a surface side relative to the ITO film includes a ZrO 2 film, and the ZrO 2 film is arranged adjacent to the ITO film.
A method for estimating state information for a movable object (100, 1800) using multiple sensors (202, 1808) during operation of the movable object (100, 1800), the method comprising: receiving, at one or more processors, previous state information for the movable object (100, 1800),; selecting, at the one or more processors, an amount of the previous state information using a sliding window filter of a predetermined size, wherein the predetermined size of the sliding window is such that data from multiple previous time points is selected; receiving, at the one or more processors, inertial data from at least one inertial sensor carried by the movable object (100, 1800), the inertial data comprising inertial measurement data obtained by the at least one inertial sensor over at least two different time points during the operation of the movable object (100, 1800); receiving, at the one or more processors, image data from at least two image sensors carried by the movable object (100, 1800), the image data comprising images obtained by each image sensor of the at least two image sensors over at least two different time points during the operation of the movable object (100, 1800); and determining, with aid of the one or more processors, updated state information for the movable object (100, 1800) based on the selected previous state information, the inertial data, and the image data using an iterative optimization algorithm during the operation of the movable object (100, 1800). receiving, at one or more processors, previous state information for the movable object (100, 1800),; selecting, at the one or more processors, an amount of the previous state information using a sliding window filter of a predetermined size, wherein the predetermined size of the sliding window is such that data from multiple previous time points is selected; receiving, at the one or more processors, inertial data from at least one inertial sensor carried by the movable object (100, 1800), the inertial data comprising inertial measurement data obtained by the at least one inertial sensor over at least two different time points during the operation of the movable object (100, 1800); receiving, at the one or more processors, image data from at least two image sensors carried by the movable object (100, 1800), the image data comprising images obtained by each image sensor of the at least two image sensors over at least two different time points during the operation of the movable object (100, 1800); and determining, with aid of the one or more processors, updated state information for the movable object (100, 1800) based on the selected previous state information, the inertial data, and the image data using an iterative optimization algorithm during the operation of the movable object (100, 1800).
A method of manufacturing a carrier substrate, in particular a metal-ceramic substrate, comprising - providing at least one metal layer and an insulating element, in particular a ceramic element, a glass element, a glass-ceramic element and/or a high-temperature resistant plastic element, wherein the at least one metal layer and the insulating element extend along a main extension plane, - arranging the at least one metal layer and the insulating element on top of one another in a stacking direction running perpendicular to the main extension plane, wherein an active metal layer is arranged between the at least one metal layer and the insulating element, wherein the active metal layer has a proportion of an active metal which is greater than 15 wt.-%, and - bonding the at least one metal layer to the insulating element by the active metal layer, forming a bonding layer between the at least one metal layer and the insulating element, wherein the bonding layer is formed in a structured manner, characterized in that, for forming the structured bonding layer - between the insulating element and the at least one metal layer, one of the components which contribute to the bond is missing at least in certain areas, or - the components contributing to the bond are kept at a distance. - providing at least one metal layer and an insulating element, in particular a ceramic element, a glass element, a glass-ceramic element and/or a high-temperature resistant plastic element, wherein the at least one metal layer and the insulating element extend along a main extension plane, - arranging the at least one metal layer and the insulating element on top of one another in a stacking direction running perpendicular to the main extension plane, wherein an active metal layer is arranged between the at least one metal layer and the insulating element, wherein the active metal layer has a proportion of an active metal which is greater than 15 wt.-%, and - bonding the at least one metal layer to the insulating element by the active metal layer, forming a bonding layer between the at least one metal layer and the insulating element, - between the insulating element and the at least one metal layer, one of the components which contribute to the bond is missing at least in certain areas, or - the components contributing to the bond are kept at a distance.
An X-ray device comprising: a camera to image an object and output the image of the object; a display member to display the image of the object and an image of an X-ray irradiation region of the object such that the image of the X-ray irradiation region overlaps the image of the object, wherein the user can control the size and position of the image of the X-ray irradiation region displayed in a first region by touching and dragging the image of the X-ray irradiation region or wherein the user can control the size and position of a second image of the X-ray irradiation region displayed in a second region by touching and dragging the image of the X-ray irradiation region, whereby the image of the X-ray irradiation region displayed to be overlapped with the image in the first region is changed according to a change of the second image of the X-ray irradiation region displayed in the second region; an X-ray irradiation region controller to control the X-ray irradiation region of the object to which the X-rays are irradiated; and a control member configured to enable the X-ray irradiation region controller to control the X-ray irradiation region, based on the image of the object and the image of the X-ray irradiation region displayed in the display member. a camera to image an object and output the image of the object; a display member to display the image of the object and an image of an X-ray irradiation region of the object such that the image of the X-ray irradiation region overlaps the image of the object, wherein the user can control the size and position of the image of the X-ray irradiation region displayed in a first region by touching and dragging the image of the X-ray irradiation region or wherein the user can control the size and position of a second image of the X-ray irradiation region displayed in a second region by touching and dragging the image of the X-ray irradiation region, whereby the image of the X-ray irradiation region displayed to be overlapped with the image in the first region is changed according to a change of the second image of the X-ray irradiation region displayed in the second region; an X-ray irradiation region controller to control the X-ray irradiation region of the object to which the X-rays are irradiated; and a control member configured to enable the X-ray irradiation region controller to control the X-ray irradiation region, based on the image of the object and the image of the X-ray irradiation region displayed in the display member.
Pirfenidone for use in treating idiopathic pulmonary fibrosis, wherein the pirfenidone is for: administering a first oral daily dosage of pirfenidone to a patient for a first period of time that is 7 days; administering a second oral daily dosage of pirfenidone greater than the first oral daily dosage to the patient for a second period of time that is 7 days; and administering a third oral daily dosage of pirfenidone greater than the second oral daily dosage to the patient for a third period of time after said first and second periods of time, wherein the third oral daily dosage is 2,000 mg/day to 3,000 mg/day; 2,300 mg/day to 2,400 mg/day; or 2,380 mg/day to 2,420 mg/day. administering a first oral daily dosage of pirfenidone to a patient for a first period of time that is 7 days; administering a second oral daily dosage of pirfenidone greater than the first oral daily dosage to the patient for a second period of time that is 7 days; and administering a third oral daily dosage of pirfenidone greater than the second oral daily dosage to the patient for a third period of time after said first and second periods of time, wherein the third oral daily dosage is 2,000 mg/day to 3,000 mg/day; 2,300 mg/day to 2,400 mg/day; or 2,380 mg/day to 2,420 mg/day.
Perfect binder having a machine framework, having a plurality of processing stations fastened on the machine framework, having at least two transport clamps (11, 12, 13) for transporting book blocks, having at least one closed guide track for the transport clamps (11, 12, 13), and having at least one device for altering an overhang of the book blocks, characterized in that the at least one device for altering the overhang of the book blocks is arranged to interact with a lower edge (11a, 12a, 13a) of at least one of the transport clamps (11, 12, 13) such that said lower edge (11a, 12a, 13a) is positionable in a plurality of first planes of the perfect binder, said first planes running parallel to the at least one closed guide track.
A distributed cache data system comprising: a client cache, a distributed file system, and a cache adapter, the cache adapter comprises: means for reserving a designated portion of memory in at least one node in a networked cluster of machines as a contiguous space, wherein the designated portion of memory forms a cache and comprises data cells configured to store data; means for interfacing the client cache at a front-end of the distributed cache data system and the distributed file system at a back-end of the distributed cache data system, wherein the distributed file system bi-directionally synchronizes with the client cache; means for interfacing external clients (120, 121) at the front-end of the distributed cache data system to access the data via a web server; means for bi-directionally communicating to external clients via the web server; means for directing access requests to the appropriate data cells; and means for processing incoming requests via a lightweight application server embedded within the cache adapter. a client cache, a distributed file system, and a cache adapter, the cache adapter comprises: means for reserving a designated portion of memory in at least one node in a networked cluster of machines as a contiguous space, wherein the designated portion of memory forms a cache and comprises data cells configured to store data; means for interfacing the client cache at a front-end of the distributed cache data system and the distributed file system at a back-end of the distributed cache data system, wherein the distributed file system bi-directionally synchronizes with the client cache; means for interfacing external clients (120, 121) at the front-end of the distributed cache data system to access the data via a web server; means for bi-directionally communicating to external clients via the web server; means for directing access requests to the appropriate data cells; and means for processing incoming requests via a lightweight application server embedded within the cache adapter. means for reserving a designated portion of memory in at least one node in a networked cluster of machines as a contiguous space, wherein the designated portion of memory forms a cache and comprises data cells configured to store data; means for interfacing the client cache at a front-end of the distributed cache data system and the distributed file system at a back-end of the distributed cache data system, wherein the distributed file system bi-directionally synchronizes with the client cache; means for interfacing external clients (120, 121) at the front-end of the distributed cache data system to access the data via a web server; means for bi-directionally communicating to external clients via the web server; means for directing access requests to the appropriate data cells; and means for processing incoming requests via a lightweight application server embedded within the cache adapter.
A chemical recovery boiler for recovery of chemicals and thermal energy generated in a burning process, the chemical recovery boiler including - a furnace, comprising - a front wall, - a back wall comprising a nose arch, - at least one superheater arranged in upper part of the furnace, the chemical recovery boiler further including - a screen pipe system, comprising - an obliquely arranged screen pipe section positioned before/under the at least one superheater in the furnace, - the obliquely arranged screen pipe section comprising screen pipes ascending (i) either from the front wall to the back wall, and arranged to turn back in a turn from the back wall and extend obliquely upwards from the back wall, or (ii) from the back wall to the front wall, and arranged to turn back in a turn from the front wall and extend obliquely upwards from the front wall, and wherein the screen pipe system further comprises - a vertically arranged screen pipe section extending from the obliquely arranged screen pipe section, wherein the screen pipes of the vertically arranged screen pipe section are arranged to extend parallel with the at least one superheater in upper part of the furnace, characterized in that the obliquely arranged screen pipe section is arranged to penetrate through the wall (2, 3) such that the turn is placed outside of the furnace. - a furnace, comprising - a front wall, - a back wall comprising a nose arch, - at least one superheater arranged in upper part of the furnace, the chemical recovery boiler further including - a screen pipe system, comprising - an obliquely arranged screen pipe section positioned before/under the at least one superheater in the furnace, - the obliquely arranged screen pipe section comprising screen pipes ascending (i) either from the front wall to the back wall, and arranged to turn back in a turn from the back wall and extend obliquely upwards from the back wall, or (ii) from the back wall to the front wall, and arranged to turn back in a turn from the front wall and extend obliquely upwards from the front wall, and wherein the screen pipe system further comprises (i) either from the front wall to the back wall, and arranged to turn back in a turn from the back wall and extend obliquely upwards from the back wall, or (ii) from the back wall to the front wall, and arranged to turn back in a turn from the front wall and extend obliquely upwards from the front wall, and wherein the screen pipe system further comprises - a vertically arranged screen pipe section extending from the obliquely arranged screen pipe section, wherein the screen pipes of the vertically arranged screen pipe section are arranged to extend parallel with the at least one superheater in upper part of the furnace, characterized in that the obliquely arranged screen pipe section is arranged to penetrate through the wall (2, 3) such that the turn is placed outside of the furnace.
Cooling device for cooling a cooled material moved in a strip running direction, comprising - at least one upper cooling bar, which is arranged above the cooled material, with at least one slot nozzle, which extends in a width direction of the cooled material and by way of which a cooling fluid can be applied to an upper side of the cooled material, and - at least one upper squeeze roller, which in strip running direction is arranged downstream of the upper cooling bar at a spacing and runs on the upper side of the cooling material and which extends at least over a width of the cooled material, and - at least one fluid duct element, which in the strip running direction is connected between the upper cooling bar and the upper squeeze roller and is arranged above the cooled material at a spacing and which extends at least over the width of the cooled material and is arranged at a spacing from the upper squeeze roller, characterised by - at least one upper slide unit with at least one upper slide element, which is arranged to be displaceable in the strip running direction and opposite to the strip running direction and which is arranged in such a way that a gap, which runs in width direction of the cooled material, between the upper cooling bar and the upper fluid duct element can be selectably closed or at least partly freed by the upper slide element. - at least one upper cooling bar, which is arranged above the cooled material, with at least one slot nozzle, which extends in a width direction of the cooled material and by way of which a cooling fluid can be applied to an upper side of the cooled material, and - at least one upper squeeze roller, which in strip running direction is arranged downstream of the upper cooling bar at a spacing and runs on the upper side of the cooling material and which extends at least over a width of the cooled material, and - at least one fluid duct element, which in the strip running direction is connected between the upper cooling bar and the upper squeeze roller and is arranged above the cooled material at a spacing and which extends at least over the width of the cooled material and is arranged at a spacing from the upper squeeze roller, characterised by - at least one upper slide unit with at least one upper slide element, which is arranged to be displaceable in the strip running direction and opposite to the strip running direction and which is arranged in such a way that a gap, which runs in width direction of the cooled material, between the upper cooling bar and the upper fluid duct element can be selectably closed or at least partly freed by the upper slide element.