mhurhangee/ep-ind-claims huggingface dataset:
Method for at least symbolically reconstructing a reconstruction data set of at least one vessel segment in a vessel tree of a patient, wherein input data for the reconstruction comprises at least two two-dimensional angiographic projection images taken in different acquisition geometries, the method comprising: - acquiring at least one first angiographic projection image showing the vessel segment, - automatically determining an evaluation measure for each first angiographic projection image using a three-dimensional preliminary information on the vessel segment, the evaluation measure describing the suitability of the at least one angiographic projection image for reconstructing the reconstruction data set, wherein the evaluation measure for one first angiographic projection image is determined depending on foreshortening of the vessel segment and/or overlap with other vessels occurring in the acquisition geometry of the corresponding first angiographic projection image, - if a quality criterion evaluating the evaluation measure is not fulfilled, determining at least one additional acquisition geometry using the three-dimensional preliminary information and/or the evaluation measure and acquiring, in each additional acquisition geometry, at least one second angiographic projection image, - reconstructing the reconstruction data set from the at least one second angiographic projection image and/or at least one of the at least one first angiographic projection image fulfilling a suitability criterion evaluating the evaluation measure. - acquiring at least one first angiographic projection image showing the vessel segment, - automatically determining an evaluation measure for each first angiographic projection image using a three-dimensional preliminary information on the vessel segment, the evaluation measure describing the suitability of the at least one angiographic projection image for reconstructing the reconstruction data set, wherein the evaluation measure for one first angiographic projection image is determined depending on foreshortening of the vessel segment and/or overlap with other vessels occurring in the acquisition geometry of the corresponding first angiographic projection image, - if a quality criterion evaluating the evaluation measure is not fulfilled, determining at least one additional acquisition geometry using the three-dimensional preliminary information and/or the evaluation measure and acquiring, in each additional acquisition geometry, at least one second angiographic projection image, - reconstructing the reconstruction data set from the at least one second angiographic projection image and/or at least one of the at least one first angiographic projection image fulfilling a suitability criterion evaluating the evaluation measure.
A tap comprising an in-line fluid purification system mounted within a fluid passageway of the tap for purifying a fluid or fluid flow, comprising: a jacket surrounding a fluid passageway, formed of a UV transmissive material; one or more UV-C LEDs placed within the jacket between a radial inner interface at a passageway boundary and a radial outer surface of the jacket, the jacket isolating the LED from the fluid in the passageway, the one or more UV-C LEDs are arranged for coupling UV radiation into the jacket, wherein the jacket is an optical element adapted to couple UV radiation from the UV-C LED around the outer periphery of the passageway by optimizing the distribution of the UV radiation emitted by the one or more UV-C LEDs, - wherein the jacket comprises a UV scattering material, and - wherein said system further comprising a UV reflecting coating on the outside periphery of the jacket, to reflect the UV radiation reaching the outside of the jacket back into the jacket. a jacket surrounding a fluid passageway, formed of a UV transmissive material; one or more UV-C LEDs placed within the jacket between a radial inner interface at a passageway boundary and a radial outer surface of the jacket, the jacket isolating the LED from the fluid in the passageway, the one or more UV-C LEDs are arranged for coupling UV radiation into the jacket, wherein the jacket is an optical element adapted to couple UV radiation from the UV-C LED around the outer periphery of the passageway by optimizing the distribution of the UV radiation emitted by the one or more UV-C LEDs, - wherein the jacket comprises a UV scattering material, and - wherein said system further comprising a UV reflecting coating on the outside periphery of the jacket, to reflect the UV radiation reaching the outside of the jacket back into the jacket. - wherein the jacket comprises a UV scattering material, and - wherein said system further comprising a UV reflecting coating on the outside periphery of the jacket, to reflect the UV radiation reaching the outside of the jacket back into the jacket.
A process (300, 2000) of exporting micro-objects from a micro-fluidic device having an enclosure configured to contain a liquid medium, a channel disposed inside said enclosure, a plurality of holding pens inside said enclosure, and a passage through said enclosure, wherein each holding pen of said plurality of holding pens opens off of said channel and is configured to hold a group of micro-objects and isolate said group of micro-objects from micro-objects in others of said plurality of holding pens, said processing comprising: selecting a group of micro-objects located in a holding pen that is one of said plurality of holding pens of said micro-fluidic device; moving (302, 2008) said selected group of micro-objects to a staging area inside said enclosure; and exporting (304, 2010) ones of said micro-objects of said selected group from said staging area through said passage through said enclosure to a location outside of said enclosure, wherein moving said selected group of micro-objects comprises selectively creating electrokinetic forces in said liquid medium which attract or repel micro-objects of said selected group. selecting a group of micro-objects located in a holding pen that is one of said plurality of holding pens of said micro-fluidic device; moving (302, 2008) said selected group of micro-objects to a staging area inside said enclosure; and exporting (304, 2010) ones of said micro-objects of said selected group from said staging area through said passage through said enclosure to a location outside of said enclosure,
Driving device, comprising a hand-held housing with a piston element for transferring energy to a fastening element to be driven arranged in it, a particularly changeable propellant and a combustion chamber arranged between the propellant and the piston element, which extends around a central axis, and a control element (5, 6, 10), by means of which the energy transferring from the propellant to the piston element may be changed in an adjustable way, in which a blowoff channel (7, 7a, 9) connected to the combustion chamber may be released by means of a moveable slider of the control element, in which the slider comprises a body running completely around the central axis, characterised in that a piston guide arranged in front of the combustion chamber is accommodated so that it may turn around the central axis in relation to the housing, in which the piston guide and the slider are connected to each other in a rotationally fixed way and are able to move axially to each other.
A device for processing data caching, comprising a data caching control module connected with a memory, wherein the data caching control module is configured to cache received data in the memory, and read out the data cached in the memory after completing caching, and the device further comprises a data detecting module connected with the data caching control module; the data caching control module is further configured to provide cached data to be written and a memory space address for storing the cached data in the memory for the data detecting module before writing the cached data into the memory; after reading out the cached data from the memory space address of the memory, provide the cached data that have been read out for the data detecting module; the data caching control module is further configured to acquire from the data detecting module normal or abnormal state of a memory space in the memory, and store subsequent cached data only into normal memory spaces; the data detecting module is configured to judge whether the cached data that have been read out are the same as the cached data to be written, and if so, decide that the memory space in the memory for storing the cached data is normal; if not, decide that the memory space in the memory for storing the cached data is abnormal.
An endoscope fogging prevention system comprising: a heating section which is provided inside a distal end portion of an endoscope insertion portion and which is adapted to heat the inside of the distal end portion to prevent the fogging which occurs in an optical member (31, 33) provided inside the distal end portion; a temperature measurement section which is configured to measure heat quantity information regarding the inside of the distal end portion; and a control unit which is configured to control the driving of the heating section based on the heat quantity information regarding the inside of the distal end portion measured by the temperature measurement section, wherein the heat quantity information regarding the inside of the distal end portion comprises the temperature inside the distal end portion based on a heat quantity of the heating section, characterized in that the control unit is configured to compare a measurement value of a temperature change which is measured by the temperature measurement section over a control time with an estimated value of the temperature change, to judge whether a difference between the measurement value and the estimated value is within a desired range, and to deactivate the heating section when judging that the judgment result is out of the desired range, wherein the estimated value of the temperature change is formed based on an integration value in which a controlled variable for the heating section chosen from electric power, the voltage or the electric current is integrated over said control time. a heating section which is provided inside a distal end portion of an endoscope insertion portion and which is adapted to heat the inside of the distal end portion to prevent the fogging which occurs in an optical member (31, 33) provided inside the distal end portion; a temperature measurement section which is configured to measure heat quantity information regarding the inside of the distal end portion; and a control unit which is configured to control the driving of the heating section based on the heat quantity information regarding the inside of the distal end portion measured by the temperature measurement section,
A process for producing a polyester composition, comprising: carrying out an esterification reaction of dicarboxylic acid component with diol component; and then carrying out a polycondensation reaction, wherein the diol component is added portionwise in at least two portions during the time from the completion of the esterification reaction until the start of the polycondensation reaction, and then alkali metal phosphate is subsequently added to an esterification reactant having an amount of COOH terminal groups of not more than 150 eq/ton. carrying out an esterification reaction of dicarboxylic acid component with diol component; and then carrying out a polycondensation reaction, wherein the diol component is added portionwise in at least two portions during the time from the completion of the esterification reaction until the start of the polycondensation reaction, and then alkali metal phosphate is subsequently added to an esterification reactant having an amount of COOH terminal groups of not more than 150 eq/ton.
A semiconductor device comprising: a first field-effect transistor being of a normally-on type; a second field-effect transistor being of a normally-off type and having the drain thereof connected with the source of the first field-effect transistor; a resistor (Rgs) having one end thereof connected with the gate of the first field-effect transistor and having the other end thereof connected with the source of the second field-effect transistor; a diode having the anode thereof connected with the gate of the first field-effect transistor; and a capacitor (Cdg, J) having one end thereof connected with the drain of the first field-effect transistor and having the other end thereof connected with the cathode of the diode, wherein the diode and the capacitor (Cdg, J) are directly connected in in series with each other. a first field-effect transistor being of a normally-on type; a second field-effect transistor being of a normally-off type and having the drain thereof connected with the source of the first field-effect transistor; a resistor (Rgs) having one end thereof connected with the gate of the first field-effect transistor and having the other end thereof connected with the source of the second field-effect transistor; a diode having the anode thereof connected with the gate of the first field-effect transistor; and a capacitor (Cdg, J) having one end thereof connected with the drain of the first field-effect transistor and having the other end thereof connected with the cathode of the diode, wherein the diode and the capacitor (Cdg, J) are directly connected in in series with each other.
Composition, comprising - at least one insecticide which has a vapour pressure of at least 0.001 mPa at 20°C, - at least one cyclodextrin, - at least one polymer dispersion and - water, wherein the ratio of the proportions by weight of the at least one polymer dispersion to the at least one cyclodextrin is between 2:1 and 10:1, based on the solids content and, wherein the at least one polymer dispersion is obtainable by polymerization in water of a monomer mixture comprising one or more compounds selected from styrene, substituted styrene, acrylonitrile, methacrylonitrile, acrylic esters and (meth)acrylamides in the presence of a hydrocolloid as grafting base. - at least one insecticide which has a vapour pressure of at least 0.001 mPa at 20°C, - at least one cyclodextrin, - at least one polymer dispersion and - water,
A cushion (110, 210, 310, 410) for use in a pressure support system for delivering a flow of breathing gas to an airway of a patient, the cushion comprising: a body (112, 212, 312, 412) comprising a first end (118, 418) and a second end (120, 320, 420) disposed opposite the first end, the body defining a space therein; and a sealing portion (114, 214, 314, 414) defining a single opening into the space, the single opening being adapted to surround both a first nostril and a second nostril of a patient, the sealing portion being disposed between the first end and the second end, characterized in that: the sealing portion comprises an edge portion defining the opening, wherein the edge portion has a first peak point (130, 230) located in a first protruding portion (124, 224, 424) and a second peak point (132, 232, 332) located in a second protruding portion (126, 226, 326, 426) each extending outwardly from the body and being adapted to sealingly engage against an interior surface of a corresponding one of the first nostril and the second nostril. a body (112, 212, 312, 412) comprising a first end (118, 418) and a second end (120, 320, 420) disposed opposite the first end, the body defining a space therein; and a sealing portion (114, 214, 314, 414) defining a single opening into the space, the single opening being adapted to surround both a first nostril and a second nostril of a patient, the sealing portion being disposed between the first end and the second end, characterized in that: the sealing portion comprises an edge portion defining the opening, wherein the edge portion has a first peak point (130, 230) located in a first protruding portion (124, 224, 424) and a second peak point (132, 232, 332) located in a second protruding portion (126, 226, 326, 426) each extending outwardly from the body and being adapted to sealingly engage against an interior surface of a corresponding one of the first nostril and the second nostril.
Antibody specifically reactive with a citrullinated epitope on a peptide with an amino acid sequence according to SEQ ID NO: 21 for use in the prevention or treatment of arthritis.
A method for post-processing a build volume of fused and unfused material in an additive manufacturing system, the method comprising: providing a container for holding the build volume, the container comprising a connector for connecting the container to a pressure source in a material management station and at least one air hole to allow passage of air into or out of the container; receiving the build volume in the container; connecting the connector to the pressure source; generating a flow of air through the container between the connector and the at least one air hole so as to remove unfused build material from the container; sensing a temperature of the air exiting the container; and controlling the pressure source to control cooling of the build volume by varying the air flow in response to the sensed temperature. providing a container for holding the build volume, the container comprising a connector for connecting the container to a pressure source in a material management station and at least one air hole to allow passage of air into or out of the container; receiving the build volume in the container; connecting the connector to the pressure source; generating a flow of air through the container between the connector and the at least one air hole so as to remove unfused build material from the container; sensing a temperature of the air exiting the container; and controlling the pressure source to control cooling of the build volume by varying the air flow in response to the sensed temperature.
Steel plant for the production of long metal products comprising: - a continuous casting machine; - a rolling mill disposed downstream of the continuous casting machine; - one or more transfer paths for the semifinished cast products, configured to connect the continuous casting machine and the rolling mill; - at least one maintenance and/or heating furnace to maintain at temperature and/or to heat semifinished cast products, disposed near the transfer paths; characterized in that the steel plant further comprises - a discharge plate for the semifinished cast products; - an aerial transfer device configured to transfer rapidly by aerial path semifinished cast products between the one or more transfer paths, the maintenance and/or heating furnace and/or the discharge plate. - a continuous casting machine; - a rolling mill disposed downstream of the continuous casting machine; - one or more transfer paths for the semifinished cast products, configured to connect the continuous casting machine and the rolling mill; - at least one maintenance and/or heating furnace to maintain at temperature and/or to heat semifinished cast products, disposed near the transfer paths; characterized in that the steel plant further comprises - a discharge plate for the semifinished cast products; - an aerial transfer device configured to transfer rapidly by aerial path semifinished cast products between the one or more transfer paths, the maintenance and/or heating furnace and/or the discharge plate.
Concrete structure characterized by comprising the following composition in percentage by weight of components relative to the total weight of the composition: - Portland cement - 5 to 40%; - Fly Ash and/or Pozzolans - 5 to 40%; - Calcium sulphate - 0.1 to 15%; - Silica and/or dolomitic/basalt sand - 15 to 40%; - Dolomitic and/or basaltic gravel - 25 to 60%; - Rubber Agglomerate and/or Cork Agglomerate and/or Rubber Waste and/or Cork Waste -1 to 15%; - Steel fibers and/or carbon fiber - 0.1 to 5%; - Superplasticizer - 0.1 to 3%. - Portland cement - 5 to 40%; - Fly Ash and/or Pozzolans - 5 to 40%; - Calcium sulphate - 0.1 to 15%; - Silica and/or dolomitic/basalt sand - 15 to 40%; - Dolomitic and/or basaltic gravel - 25 to 60%; - Rubber Agglomerate and/or Cork Agglomerate and/or Rubber Waste and/or Cork Waste -1 to 15%; - Steel fibers and/or carbon fiber - 0.1 to 5%; - Superplasticizer - 0.1 to 3%.
A method comprising: receiving, by a wireless device (106, 156), one or more messages comprising one or more configuration parameters for a cell, wherein the one or more configuration parameters indicate: transmission configuration indicator, TCI, states for decoding physical downlink shared channel, PDSCH; and a sounding reference signal, SRS, resource; receiving a medium access control control element, MAC CE, activating one or more TCI states of the TCI states; and transmitting, via the SRS resource, an SRS with a spatial domain transmission filter, wherein: the one or more configuration parameters do not indicate a spatial relation for the SRS resource and do not indicate a control resource set in an active downlink bandwidth part, BWP, of the cell; and the spatial domain transmission filter is based on an activated TCI state with a lowest TCI state index among one or more TCI state indexes of the one or more activated TCI states. receiving, by a wireless device (106, 156), one or more messages comprising one or more configuration parameters for a cell, wherein the one or more configuration parameters indicate: transmission configuration indicator, TCI, states for decoding physical downlink shared channel, PDSCH; and a sounding reference signal, SRS, resource; transmission configuration indicator, TCI, states for decoding physical downlink shared channel, PDSCH; and a sounding reference signal, SRS, resource; receiving a medium access control control element, MAC CE, activating one or more TCI states of the TCI states; and transmitting, via the SRS resource, an SRS with a spatial domain transmission filter, wherein: the one or more configuration parameters do not indicate a spatial relation for the SRS resource and do not indicate a control resource set in an active downlink bandwidth part, BWP, of the cell; and the spatial domain transmission filter is based on an activated TCI state with a lowest TCI state index among one or more TCI state indexes of the one or more activated TCI states. the one or more configuration parameters do not indicate a spatial relation for the SRS resource and do not indicate a control resource set in an active downlink bandwidth part, BWP, of the cell; and the spatial domain transmission filter is based on an activated TCI state with a lowest TCI state index among one or more TCI state indexes of the one or more activated TCI states.
A composition comprising a compound represented by the following formula: wherein ring A or the benzene ring is optionally further substituted; Y 1 and Y 2 are joined to form a bond or -O-; and R 1 is a hydrogen atom, an optionally substituted hydrocarbon group or an optionally substituted heterocyclic group; or a salt thereof as an active ingredient, for use as an antifungal medicament. ring A or the benzene ring is optionally further substituted; Y 1 and Y 2 are joined to form a bond or -O-; and R 1 is a hydrogen atom, an optionally substituted hydrocarbon group or an optionally substituted heterocyclic group;