mhurhangee/ep-ind-claims huggingface dataset:
A method of authenticating a request to change IMS supplementary service data stored at an application server within an IMS network, the method comprising, at a user equipment: sending from a user equipment to the application server a request for current IMS supplementary service data; on receipt by the user equipment of a response containing the IMS supplementary service data in an XML configuration document, and an indication that an access code is required to change the IMS supplementary service data, wherein the access code is a personal identification number or a password: constructing an amended XML configuration document; incorporating the amended XML configuration document into an Extensible Mark-up Language, XML, Configuration Access Protocol, XCAP, message; incorporating an access code into the XCAP message at a location external to the XML configuration document; and transmitting the XCAP message from the user equipment to the application server for implementation of the amended XML configuration document by the application server if the access code corresponds to a code required for changing the supplementary service data. sending from a user equipment to the application server a request for current IMS supplementary service data; on receipt by the user equipment of a response containing the IMS supplementary service data in an XML configuration document, and an indication that an access code is required to change the IMS supplementary service data, wherein the access code is a personal identification number or a password: constructing an amended XML configuration document; incorporating the amended XML configuration document into an Extensible Mark-up Language, XML, Configuration Access Protocol, XCAP, message; incorporating an access code into the XCAP message at a location external to the XML configuration document; and transmitting the XCAP message from the user equipment to the application server for implementation of the amended XML configuration document by the application server if the access code corresponds to a code required for changing the supplementary service data. constructing an amended XML configuration document; incorporating the amended XML configuration document into an Extensible Mark-up Language, XML, Configuration Access Protocol, XCAP, message; incorporating an access code into the XCAP message at a location external to the XML configuration document; and transmitting the XCAP message from the user equipment to the application server for implementation of the amended XML configuration document by the application server if the access code corresponds to a code required for changing the supplementary service data.
A printing form precursor comprising: a) a support; and, b) a layer of a photopolymerizable material comprising a binder, a monomer, and a photoinitiator, that is adjacent the support and is sensitive to actinic radiation; wherein at least one indicia of a text or graphic is disposed between the support and the photopolymerizable layer, the at least one indicia sufficiently contrasts against the other layers so that the indicia is visible or viewable to the user, without the need for an added or specialized scanning device to detect the at least one indicia, and the at least one indicia is transparent to actinic radiation. a) a support; and, b) a layer of a photopolymerizable material comprising a binder, a monomer, and a photoinitiator, that is adjacent the support and is sensitive to actinic radiation;
Two panels of furniture or other furnishing items, one positioned perpendicular to the other, comprising a perfected joining device between them, wherein a pin or plug extends from the first panel and is inserted in a complementary seat of the second panel, a stable connection and blocking system of said pin or plug being provided inside said seat, with an edge of a panel firmly abutted against a surface of the other panel, wherein said pin or plug is divided into two sections (621, 622), a first section provided on the first panel and a second section provided on the second panel, releasably intercoupled with each other with a translation movement to create a coupling between the parts followed by a 90° rotation movement on a plane parallel to one of said panels (11, 12) so as to reciprocally engage the two sections (621, 622) of the pin, characterized in that said first section arranged on said first panel has a cylindrical element which, on a portion of its side surface has a milled plane with an anti-rotation function, said milled plane housing a plug which is inserted in a side hole of a socket housed in said hole of said first panel and housing said first section, said milled plane in one of its ends, facing a grub screw or headless screw of the stable connection and blocking system of the sections (621, 622) of the pin, has a recessed seat curved by 90° which defines a 90°-limited-rotation and abutment or stoppage seat of the first section of the pin, in rest position.
A system for forming material, said system comprising: a housing including at least one wall (116, 118, 120) defining an interior space, said housing configured to contain a pressurized fluid in said interior space, wherein said at least one wall includes an interior surface and an exterior surface opposite to the interior surface, said exterior surface configured to receive and support the material, said housing including a bottom wall, a top wall, and a sidewall extending between the bottom wall and the top wall; at least one tool configured to shape the material, said at least one tool movable along a path from a first position external to said housing to a second position at least partially within said interior space; and a membrane received by said interior surface and extending at least partially in the path of said at least one tool; and characterized in that: the bottom wall includes a perforated plate defining a plurality of openings for airflow through the perforated plate. a housing including at least one wall (116, 118, 120) defining an interior space, said housing configured to contain a pressurized fluid in said interior space, wherein said at least one wall includes an interior surface and an exterior surface opposite to the interior surface, said exterior surface configured to receive and support the material, said housing including a bottom wall, a top wall, and a sidewall extending between the bottom wall and the top wall; at least one tool configured to shape the material, said at least one tool movable along a path from a first position external to said housing to a second position at least partially within said interior space; and a membrane received by said interior surface and extending at least partially in the path of said at least one tool; and characterized in that: the bottom wall includes a perforated plate defining a plurality of openings for airflow through the perforated plate.
Circuit arrangement, comprising - a plurality of switch assemblies connected in series and each having a parallel circuit of three assembly components (5 to 7), wherein - a first assembly component is a semiconductor switch, a second assembly component is a freewheeling diode and the third assembly component is a surge arrester, - the assembly components (5 to 7) are arranged spatially above one another or beside one another as an assembly component stack and the three assembly components (5 to 7) of each switch assembly are arranged successively in the assembly component stack, - each two mutually adjacent assembly components (5 to 7) are electrically directly connected to one another by a direct connection, - each direct connection that connects two assembly components (5 to 7) of two different switch assemblies is electrically connected to each of the two direct connections second closest to it by means of a bridge connection, and - each stack end of the assembly component stack has an electrical stack terminal that is electrically connected by means of an end bridge connection to the direct connection of two assembly components (5 to 7) that is second closest to the stack end. - a plurality of switch assemblies connected in series and each having a parallel circuit of three assembly components (5 to 7), wherein - a first assembly component is a semiconductor switch, a second assembly component is a freewheeling diode and the third assembly component is a surge arrester, - the assembly components (5 to 7) are arranged spatially above one another or beside one another as an assembly component stack and the three assembly components (5 to 7) of each switch assembly are arranged successively in the assembly component stack, - each two mutually adjacent assembly components (5 to 7) are electrically directly connected to one another by a direct connection, - each direct connection that connects two assembly components (5 to 7) of two different switch assemblies is electrically connected to each of the two direct connections second closest to it by means of a bridge connection, and - each stack end of the assembly component stack has an electrical stack terminal that is electrically connected by means of an end bridge connection to the direct connection of two assembly components (5 to 7) that is second closest to the stack end.
A front or rear assembly of a motor vehicle, comprising a bumper skin defining an outer surface that is visible from the outside of the front or rear assembly and has at least one opening in the outer surface, the front or rear assembly also comprising a shutter for selectively closing and releasing said opening, at least partially, characterized in that the shutter comprises a flexible flap having a fixed portion (26, 29) relative to the bumper skin and a movable portion (28, 30) relative to the bumper skin, the movable portion (28, 30) being movable between a shuttering position in which the opening is shuttered by the flexible flap and a releasing position in which the opening is released, and in that, in the shuttering position of the opening, the movable portion (28, 30) is flush with the bumper skin and, in the releasing position of the opening, the movable portion (28, 30) is recessed towards the inside of the front or rear assembly relative to the bumper skin.
Method of image analysis, including the steps of: - obtaining a sequence (37;51) of images of a scene comprising at least a living being, using a camera; performing image analysis on the sequence (37;51) of images to select a living being and track a selected part of the living being with an exposed skin surface being represented in the sequence (37;51) of images; controlling a directable light source to illuminate at least the part of the selected living being with the exposed skin surface; performing a vision-based analysis on a plurality of images from the sequence (37;51) of images to obtain spatiotemporal coefficients for classifying an action undertaken by the selected living being represented in the images; and - determining at least one value of a physiological parameter, by remote photoplethysmography, of the living being represented in the sequence (37;51) of images through analysis of pixel data from the illuminated, tracked part in the same sequence (37;51) and classifying an action undertaken by the selected living being using the data obtained with the vision-based analysis and the at least one value of the physiological parameter. - obtaining a sequence (37;51) of images of a scene comprising at least a living being, using a camera; performing image analysis on the sequence (37;51) of images to select a living being and track a selected part of the living being with an exposed skin surface being represented in the sequence (37;51) of images; controlling a directable light source to illuminate at least the part of the selected living being with the exposed skin surface; performing a vision-based analysis on a plurality of images from the sequence (37;51) of images to obtain spatiotemporal coefficients for classifying an action undertaken by the selected living being represented in the images; and - determining at least one value of a physiological parameter, by remote photoplethysmography, of the living being represented in the sequence (37;51) of images through analysis of pixel data from the illuminated, tracked part in the same sequence (37;51) and classifying an action undertaken by the selected living being using the data obtained with the vision-based analysis and the at least one value of the physiological parameter.
An arterial cannula for cardiac surgery comprising an introducer, which has suitable dimension for being placed coaxially inside the cannula, said introducer having at its end a blade or a sharp edge that protrudes the cannula tip no more than 5 mm, the arterial cannula being characterized in that the cannula further comprises a pledget and stopper (101/102) assembly mechanically mating with the external surface of the cannula in proximity to its tip, whereby the pledget and stopper assembly (101/102) mates with the external body of the cannula, engaged in a mechanical joint that is based on interference or a ball-detent mechanism or male/female joint.
An agent comprising AIM (apoptosis inhibitor of macrophage, SEQ ID NO:2) or SRCR1 (scavenger-receptor cysteine-rich) domain, SRCR2 domain, SRCR3 domain thereof or any combination thereof, or a nucleic acid comprising a base sequence encoding the same, for use in the prophylaxis or treatment of a hepatic disease, wherein the hepatic disease is fatty liver, non-alcoholic steatohepatitis, cirrhosis or liver cancer.
An activation valve assembly comprising: a valve body including a flow passage with a flow passage inlet opening that receives a cryogenic material and a flow passage outlet opening that delivers the received cryogenic material; and a valve slide slidably engaged with the valve body, the valve slide including a lumen inlet opening for receiving cryogenic material from the flow passage outlet opening and a lumen outlet opening that delivers the cryogenic material to a target; wherein the valve slide is engaged with the valve body and positioned in a closed position where the lumen inlet opening is offset from the flow passage outlet opening of the valve body to prevent flow of the cryogenic material; wherein the valve slide is engaged with the valve body and slidably positioned in an open position where the lumen inlet opening is aligned with the flow passage outlet opening of the valve body to form a flow path to allow flow of the cryogenic material through the valve assembly; and wherein the valve slide includes recessed keyways machined to receive keys machined on the valve body. a valve body including a flow passage with a flow passage inlet opening that receives a cryogenic material and a flow passage outlet opening that delivers the received cryogenic material; and a valve slide slidably engaged with the valve body, the valve slide including a lumen inlet opening for receiving cryogenic material from the flow passage outlet opening and a lumen outlet opening that delivers the cryogenic material to a target;
A device (100, 400, 500) for activating an acoustic signaler of a motor vehicle for alarming the civilian population by a remote transmitter independent of a motor vehicle user, comprising: a receiver which is implemented to receive an activation signal from the remote transmitter; and a control unit which is implemented to activate the acoustic signaler of the motor vehicle in response to the activation signal, wherein the control unit is implemented to determine whether the motor vehicle is parked, and is implemented to only activate the acoustic signaler of the motor vehicle when the motor vehicle is parked, and wherein the control unit is additionally implemented to activate the acoustic signaler of the motor vehicle based on alarming area information, wherein the alarming area information is contained in the activation signal or in an alarming area information signal. a receiver which is implemented to receive an activation signal from the remote transmitter; and a control unit which is implemented to activate the acoustic signaler of the motor vehicle in response to the activation signal, wherein the control unit is implemented to determine whether the motor vehicle is parked, and is implemented to only activate the acoustic signaler of the motor vehicle when the motor vehicle is parked, and wherein the control unit is additionally implemented to activate the acoustic signaler of the motor vehicle based on alarming area information, wherein the alarming area information is contained in the activation signal or in an alarming area information signal.
A first ophthalmic composition comprising: a preservative blend, the preservative blend consisting essentially of a mixture of polyaminopropyl biguanide, a 1,2-glycol and a sphingoid lipid, wherein the sphingoid lipid comprises salicyloyl phytosphingosine; a surfactant solution; and a moisturizer. a preservative blend, the preservative blend consisting essentially of a mixture of polyaminopropyl biguanide, a 1,2-glycol and a sphingoid lipid, wherein the sphingoid lipid comprises salicyloyl phytosphingosine; a surfactant solution; and a moisturizer.
A process for obtaining heat from combustion of a fuel, wherein the process takes place in a single vessel, wherein the process comprises the steps of: i) providing a combustion chamber comprising a fluidized bed material and means for transferring heat out of the combustion chamber; ii) introducing the fuel and a gas into the combustion chamber; iii) introducing a sorbent into the combustion chamber wherein said sorbent is capable of adsorbing sulphur containing compounds; iv) producing a gas stream comprising primarily of CO 2 and H 2 O by combustion of the fuel; and v) transferring the heat produced by the combustion of the fuel out of the combustion chamber; wherein the bed material comprises at least a first material comprising particles having a first minimum transport velocity and a second material comprising particles having a second minimum transport velocity, and wherein the minimum transport velocity of the particles of the first material is greater than the minimum transport velocity of the particles of the second material; wherein the first material comprises an oxygen carrier capable of transferring oxygen to and from the gases in the combustion chamber generated by the localized or distributed partial oxidation of the fuel; wherein the second material comprises the sorbent; wherein the oxygen carrier is selected from the group consisting of ilmenite, and synthetic materials composed of Ni, Cu, Mg, Fe, or Mn; wherein the gas introduced into the combustion chamber comprises oxygen and a moderating gas; and wherein introduction of the gas into the combustion chambers fluidizes the bed material and elutriates a portion of the sorbent. i) providing a combustion chamber comprising a fluidized bed material and means for transferring heat out of the combustion chamber; ii) introducing the fuel and a gas into the combustion chamber; iii) introducing a sorbent into the combustion chamber wherein said sorbent is capable of adsorbing sulphur containing compounds; iv) producing a gas stream comprising primarily of CO 2 and H 2 O by combustion of the fuel; and v) transferring the heat produced by the combustion of the fuel out of the combustion chamber; wherein the bed material comprises at least a first material comprising particles having a first minimum transport velocity and a second material comprising particles having a second minimum transport velocity, and wherein the minimum transport velocity of the particles of the first material is greater than the minimum transport velocity of the particles of the second material; wherein the first material comprises an oxygen carrier capable of transferring oxygen to and from the gases in the combustion chamber generated by the localized or distributed partial oxidation of the fuel; wherein the second material comprises the sorbent; wherein the oxygen carrier is selected from the group consisting of ilmenite, and synthetic materials composed of Ni, Cu, Mg, Fe, or Mn; wherein the gas introduced into the combustion chamber comprises oxygen and a moderating gas; and wherein introduction of the gas into the combustion chambers fluidizes the bed material and elutriates a portion of the sorbent.
A maritime radar system configured for mounting to an aircraft or spacecraft for travel over a detection area, the maritime radar system comprising a transmitter, a receiver, and one or more processors arranged to provide range and azimuth discrimination of targets within the detection area, by performing a delay/Doppler analysis, based on a velocity of travel of the maritime radar system and relative velocities between the targets and the maritime radar system, of the echo of a side-looking beam, relative to travel of the maritime radar system, characterised by the beam having a single pulse transmitted by the transmitter and received by the receiver, wherein the single pulse transmitted by the transmitter comprises a signal modulated with a pseudo random noise, PRN, sequence, and of a transmission duration which is at least as long as the round-trip time of the signal from the transmitter to the detection area back to the receiver.
Apparatus for limiting contact pressure between a flexible pipe and a bending guide member (340, 440, 540), comprising: a bending guide member comprising a polymeric body (375, 475, 575) extending over a covered region of a flexible pipe in which the flexible pipe can bend; wherein a gap (388, 488, 588) between an inner surface (380, 480, 580) of the bending guide member and an outer surface on the flexible pipe in at least a portion of said covered region is tapered and narrows towards an unconstrained end of the bending guide member, and wherein an inner bore of the bending guide member opens out into the gap (388, 488, 588). a bending guide member comprising a polymeric body (375, 475, 575) extending over a covered region of a flexible pipe in which the flexible pipe can bend; wherein a gap (388, 488, 588) between an inner surface (380, 480, 580) of the bending guide member and an outer surface on the flexible pipe in at least a portion of said covered region is tapered and narrows towards an unconstrained end of the bending guide member, and wherein an inner bore of the bending guide member opens out into the gap (388, 488, 588).
An edible food conditioning film characterized by forming a film composed of: • 0.5% to 1.5% of ethanolic and hydroethanolic fraction of seaweed; • 1% alginate; and • 1% glycerol; and • 96.5% to 97.5% water. • 0.5% to 1.5% of ethanolic and hydroethanolic fraction of seaweed; • 1% alginate; and • 1% glycerol; and • 96.5% to 97.5% water.