mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for transmitting a broadcast signal, comprising: a packetizer for generating at least one Layered Coding Transport, LCT, packet, wherein the at least one LCT packet is used to transport at least one delivery object and signaling data, wherein each of the at least one delivery object is a part of a file, wherein the at least one delivery object is carried in a transport session; and a transmitter for transmitting the broadcast signal comprising the at least one LCT packet, characterized in that the signaling data includes a real-time attribute indicating whether or not the transport session carries a real-time media content, a header of the LCT packet includes a 32 bit field for supporting a real-time transmission, and the 32 bit field for supporting the real-time transmission includes information indicating a starting position of a fragment of the delivery object carried in the LCT packet. a packetizer for generating at least one Layered Coding Transport, LCT, packet, wherein the at least one LCT packet is used to transport at least one delivery object and signaling data, wherein each of the at least one delivery object is a part of a file, wherein the at least one delivery object is carried in a transport session; and a transmitter for transmitting the broadcast signal comprising the at least one LCT packet, characterized in that the signaling data includes a real-time attribute indicating whether or not the transport session carries a real-time media content, a header of the LCT packet includes a 32 bit field for supporting a real-time transmission, and the 32 bit field for supporting the real-time transmission includes information indicating a starting position of a fragment of the delivery object carried in the LCT packet.
Device for partially covering a surface (10, 11) of a ferromagnetic mould, said device including a mask comprising a flexible material adapted to contact a mould surface portion and to adjust to a shape of the mould surface portion, the mask further comprising a permanent magnet for fixing the mask to the ferromagnetic mould surface (10, 11), characterized in that said device comprises several masks for covering several portions (11, 11') of the mould surface and a rigid cover, wherein the rigid cover is mountable on the masks such that a surface portion of the mould between the masks is covered by the cover.
Aqueous composition obtained from purified water with pH from 5.5 to 7.5, with osmolality from 200 to 400 mOsm/kg, with conductivity from 17 to 22.5 mS/cm at 25°C and prepared from 1 to 20% of filtered sea water, said composition incorporates a potassium salt with a content of 90 to 180 mmol/L and said composition also incorporates Zn 2 at a concentration of between 200 and 300 μmol/L.
A porcine parvovirus viral protein 2 comprising - an isoleucine residue at amino acid position 25, and - a serine residue at amino acid position 36, and - an isoleucine residue at amino acid position 37, and - a glutamic acid residue or a glutamate residue at amino acid position 228, and - a serine residue at amino acid position 414, and - a glutamine residue at amino acid position 419, and - a threonine residue at amino acid position 436, wherein the amino acid position numbering refers to the amino acid sequence of wild type PPV VP2 as shown in SEQ ID NO:1. - an isoleucine residue at amino acid position 25, and - a serine residue at amino acid position 36, and - an isoleucine residue at amino acid position 37, and - a glutamic acid residue or a glutamate residue at amino acid position 228, and - a serine residue at amino acid position 414, and - a glutamine residue at amino acid position 419, and - a threonine residue at amino acid position 436,
A nuclear fission reactor comprising: a reactor vessel, a central core within said vessel for creating heat via fission reactions in said core, which core includes one or more initial fissile sections remaining an active, integral part of a critical core region throughout the lifetime of the central core and comprising fuel elements in the form of silicon carbide containers which contain sintered fuel bodies comprising carbide fissile and fertile nuclides, said core comprising flanking conversion sections, comprising fertile fuel which becomes converted to fissile fuel in said core, said one or more initial fissile sections and said flanking conversion sections containing fuel to operate without refueling for a decade or longer, a helium circulation system for extracting heat from said core by the circulation of helium into and out of said vessel to maintain the core temperature between about 700° C and 1000° C and to generate power from said heated helium exterior of said vessel, and a system for withdrawing volatile fission products from said fuel elements during normal operation. a reactor vessel, a central core within said vessel for creating heat via fission reactions in said core, which core includes one or more initial fissile sections remaining an active, integral part of a critical core region throughout the lifetime of the central core and comprising fuel elements in the form of silicon carbide containers which contain sintered fuel bodies comprising carbide fissile and fertile nuclides, said core comprising flanking conversion sections, comprising fertile fuel which becomes converted to fissile fuel in said core, said one or more initial fissile sections and said flanking conversion sections containing fuel to operate without refueling for a decade or longer, a helium circulation system for extracting heat from said core by the circulation of helium into and out of said vessel to maintain the core temperature between about 700° C and 1000° C and to generate power from said heated helium exterior of said vessel, and a system for withdrawing volatile fission products from said fuel elements during normal operation.
Hand tool gear closure with a base body for closing a gear housing opening of a gear housing of a hand machine tool, particularly a hammer drill or a combination hammer, characterised in that the hand tool gear closure has a tube projecting from the base body, which runs in the gear housing, if the base body closes the gear housing opening, in which the hand tool gear closure has an air channel (L1, L2), which runs in a first air channel section through the base body and in a second air channel section through the tube, so that an air mass may flow through the air channel (L1, L2) into and out of the gear housing.
An integrated circuit comprising: means for decoding a Context-based Adaptive Binary Arithmetic Coding (CABAC) bitstream into an intermediate signal having bins or binary symbols and a decoded order; means for buffering the intermediate signal in the decoded order; means for decoding the intermediate signal into a video output signal using a non-CABAC decoding standard; and characterised in that it further comprises: means for switching that are coupled between the means for decoding the CABAC bitstream and the means for decoding the intermediate signal; and coupled between the means for buffering and the means for decoding the intermediate signal; said means for switching configurable to pass the intermediate signal from the means for decoding the CABAC bitstream directly to the means for decoding the intermediate signal in a bypass mode and to pass the intermediate signal from the means for buffering to the means for decoding the intermediate signal in a non-bypass mode. means for decoding a Context-based Adaptive Binary Arithmetic Coding (CABAC) bitstream into an intermediate signal having bins or binary symbols and a decoded order; means for buffering the intermediate signal in the decoded order; means for decoding the intermediate signal into a video output signal using a non-CABAC decoding standard; and characterised in that it further comprises: means for switching that are coupled between the means for decoding the CABAC bitstream and the means for decoding the intermediate signal; and coupled between the means for buffering and the means for decoding the intermediate signal; coupled between the means for decoding the CABAC bitstream and the means for decoding the intermediate signal; and coupled between the means for buffering and the means for decoding the intermediate signal; said means for switching configurable to pass the intermediate signal from the means for decoding the CABAC bitstream directly to the means for decoding the intermediate signal in a bypass mode and to pass the intermediate signal from the means for buffering to the means for decoding the intermediate signal in a non-bypass mode.
An immunogenic composition comprising a detergent, a LP2086 (fHBP) Subfamily B polypeptide, a LP2086 (fHBP) Subfamily A polypeptide and aluminum, wherein the molar ratio of detergent to protein is between 0.5:1 and 10:1 and wherein the concentration of aluminum is between 0.1 mg/ml and 1 mg/ml.
A jewelry-forming article comprising: a first component comprising at least one free magnetic body; and a second component comprising at least one free deformable chain length, wherein said magnetic body is magnetically engageable with a plurality of regions (16, 18) along a length of said chain to form at least one loop to define a circumference, each of the plurality of regions (16, 18) being spaced apart from a first end of the chain and a second end of the chain, wherein the circumference of said loop may be increased or decreased by changing the regions at which the free magnetic body is engaged along the length of the chain, thereby enabling a person to secure said article on a body of a person, characterized in that said magnetic body is free from said chain. a first component comprising at least one free magnetic body; and a second component comprising at least one free deformable chain length,
A computer-implemented method comprising: receiving, from an egress edge device of a first overlay network under administrative control of a first network controller by an ingress edge device of a second overlay network under administrative control of a second network controller, a first encapsulated packet including an original packet; de-encapsulating, by the ingress edge device, the first encapsulated packet to obtain the original packet and a user or group identifier for the first overlay network, wherein the user or group identifier for the first overlay network comprises a Security Group Tag, SGT; mapping, by the ingress edge device, the user or group identifier for the first overlay network to a corresponding user or group identifier for the second overlay network; obtaining, by the ingress edge device, a user or group policy based on the user or group identifier for the second overlay network; applying, by the ingress edge device, the user or group policy to the original packet to determine a next hop for the original packet in the second overlay network; encapsulating, by the ingress edge device, the original packet and the user or group identifier to generate a second encapsulated packet; and forwarding, by the ingress edge device, the second encapsulated packet to the next hop. receiving, from an egress edge device of a first overlay network under administrative control of a first network controller by an ingress edge device of a second overlay network under administrative control of a second network controller, a first encapsulated packet including an original packet; de-encapsulating, by the ingress edge device, the first encapsulated packet to obtain the original packet and a user or group identifier for the first overlay network, wherein the user or group identifier for the first overlay network comprises a Security Group Tag, SGT; mapping, by the ingress edge device, the user or group identifier for the first overlay network to a corresponding user or group identifier for the second overlay network; obtaining, by the ingress edge device, a user or group policy based on the user or group identifier for the second overlay network; applying, by the ingress edge device, the user or group policy to the original packet to determine a next hop for the original packet in the second overlay network; encapsulating, by the ingress edge device, the original packet and the user or group identifier to generate a second encapsulated packet; and forwarding, by the ingress edge device, the second encapsulated packet to the next hop.
An apparatus for detecting the position of a mobile medical device on the skin surface of a human or animal patient by means of an electrical signal emitted by a signal source on the body of the patient and propagating along the skin surface, the apparatus comprising: - the mobile medical device, the mobile medical device being a medical imaging device; - a receiving electrode for receiving the electrical signal; - an evaluation unit that is operatively connected to the receiving electrode for evaluating the received electrical signal, - at least one voltage source for generating the electrical signal and a transmitting electrode connected to the voltage source for conducting the electrical signal to the skin surface of the patient, such that the transmitting electrode forms the signal source, and the evaluation unit being configured to calculate a piece of location information of the receiving electrode relative to the signal source on the basis of a characteristic of the received electrical signal and to obtain a position of the mobile medical device from the location information, characterized in that the receiving electrode or signal source is attached to the mobile medical device in the form of a device electrode in order to establish electrical contact with the skin surface when the mobile medical device is positioned on the skin surface. - the mobile medical device, the mobile medical device being a medical imaging device; - a receiving electrode for receiving the electrical signal; - an evaluation unit that is operatively connected to the receiving electrode for evaluating the received electrical signal, - at least one voltage source for generating the electrical signal and a transmitting electrode connected to the voltage source for conducting the electrical signal to the skin surface of the patient, such that the transmitting electrode forms the signal source, and the evaluation unit being configured to calculate a piece of location information of the receiving electrode relative to the signal source on the basis of a characteristic of the received electrical signal and to obtain a position of the mobile medical device from the location information, characterized in that the receiving electrode or signal source is attached to the mobile medical device in the form of a device electrode in order to establish electrical contact with the skin surface when the mobile medical device is positioned on the skin surface.
Gas fireplace, comprising a combustion chamber defined by vertical walls (10, 12, 14, 16), a top wall and a bottom wall, - at least one gas supply which ends in the combustion chamber and is at least partly hidden by non-flammable decorative material, such as artificial logs, and provided with outlet openings, - the vertical walls (10, 12, 14, 16) of the combustion chamber comprising at least a glass front wall, through which the combustion chamber is visible to a user, - which glass front wall is pivotable about a pivot axis with respect to the combustion chamber between a closed position, in which the combustion chamber is closed, and at least one open position, in which the combustion chamber is accessible to a user, wherein the pivot axis is a vertical pivot axis (22; 24), characterized in that the gas fireplace has a displacement mechanism which is configured to displace the glass front wall along or with the pivot axis (22; 24) in a vertical direction between a first position, in which the front wall is locked, and a second position, in which the front wall is pivotable, in the second position, between the closed position and the at least one open position. - at least one gas supply which ends in the combustion chamber and is at least partly hidden by non-flammable decorative material, such as artificial logs, and provided with outlet openings, - the vertical walls (10, 12, 14, 16) of the combustion chamber comprising at least a glass front wall, through which the combustion chamber is visible to a user, - which glass front wall is pivotable about a pivot axis with respect to the combustion chamber between a closed position, in which the combustion chamber is closed, and at least one open position, in which the combustion chamber is accessible to a user, wherein the pivot axis is a vertical pivot axis (22; 24), characterized in that the gas fireplace has a displacement mechanism which is configured to displace the glass front wall along or with the pivot axis (22; 24) in a vertical direction between a first position, in which the front wall is locked, and a second position, in which the front wall is pivotable, in the second position, between the closed position and the at least one open position.
Method for controlling a deployment operation for motor vehicles (6, 9, 10) in a parking environment in which motor vehicles (6, 9, 10) can be automatically parked in a controlled manner by a management apparatus of the parking environment after being released by the driver (15, 15') and removed to a pick-up position in a pick-up region (7, 8) after a pick-up request by the driver (15, 15') has been ascertained, said parking environment having multiple pick-up regions (7, 8), wherein, upon releasing the motor vehicle (6, 9, 10), the driver (15, 15') is supplied by the management apparatus with authentication information which can be retrieved optically and/or wirelessly via a reading connection, is specific to the parking process and is assigned to the motor vehicle (6, 9, 10), characterised in that the authentication information is read by a reading apparatus (13, 14) in the parking environment in order to pick up the motor vehicle (6, 9, 10), and the deployment operation is initiated only when authentication information is present, wherein a reading apparatus (13, 14) is assigned to each pick-up region (7, 8), wherein the pick-up position of a motor vehicle (6, 9, 10) is selected when there is a pick-up request in the pick-up region (7, 8) assigned to the reading apparatus (13, 14) reading the authentication information assigned to the motor vehicle (6, 9, 10).
A method for repairing a leaking cement barrier in an annulus of a well, the method comprises: - providing a device comprising: - a reservoir for containing the polymeric hardening liquid; - an injection tool having an outlet adapted to be aligned with an opening in a casing for introducing the polymeric hardening liquid in through the opening and into the annulus comprising the cement barrier; - a pump unit for pumping the polymeric hardening liquid from the reservoir into annulus; and - a control unit for controlling the pumping pressure of the pump; and - inserting the device into the well and positioning the injection tool at a position wherein the outlet is aligned with the opening in the casing for introducing a polymeric hardening liquid into the annulus; characterized in that method further comprises: - at a start-up phase, activating the pump for introducing the polymeric hardening liquid into the annulus at an initial pressure, and - at a close-down phase, introducing the liquid into the annulus at a final pressure, wherein the final pressure is higher than the initial pressure. - providing a device comprising: - a reservoir for containing the polymeric hardening liquid; - an injection tool having an outlet adapted to be aligned with an opening in a casing for introducing the polymeric hardening liquid in through the opening and into the annulus comprising the cement barrier; - a pump unit for pumping the polymeric hardening liquid from the reservoir into annulus; and - a control unit for controlling the pumping pressure of the pump; and - a reservoir for containing the polymeric hardening liquid; - an injection tool having an outlet adapted to be aligned with an opening in a casing for introducing the polymeric hardening liquid in through the opening and into the annulus comprising the cement barrier; - a pump unit for pumping the polymeric hardening liquid from the reservoir into annulus; and - a control unit for controlling the pumping pressure of the pump; and - inserting the device into the well and positioning the injection tool at a position wherein the outlet is aligned with the opening in the casing for introducing a polymeric hardening liquid into the annulus; - at a start-up phase, activating the pump for introducing the polymeric hardening liquid into the annulus at an initial pressure, and - at a close-down phase, introducing the liquid into the annulus at a final pressure, wherein the final pressure is higher than the initial pressure.
An adjustable prosthetic socket (110; 210) having first and second opposed sides, comprising: a rigid first component (118; 216) having proximal and distal end areas, the first component arranged along the first side of the socket; an adjustable second component (116; 218) having proximal and distal end areas, the second component (116; 218) being arranged along the second side of the socket (110; 210); a base connector (120; 228, 230) secured to the distal end area of the first component; wherein the second component (116; 218) has a plurality of interconnected vertebrae elements (138; 220) connected to the first component (118; 216), the interconnected vertebrae elements (138; 220) being arranged for adjustment relative to one another; and characterized by the interconnected vertebrae elements (138; 220) being configured for pivoting forwardly or rearwardly about a direction perpendicular to a longitudinal axis of the socket so as to allow the socket to accommodate differently shaped residual limbs. a rigid first component (118; 216) having proximal and distal end areas, the first component arranged along the first side of the socket; an adjustable second component (116; 218) having proximal and distal end areas, the second component (116; 218) being arranged along the second side of the socket (110; 210); a base connector (120; 228, 230) secured to the distal end area of the first component; wherein the second component (116; 218) has a plurality of interconnected vertebrae elements (138; 220) connected to the first component (118; 216), the interconnected vertebrae elements (138; 220) being arranged for adjustment relative to one another; and characterized by the interconnected vertebrae elements (138; 220) being configured for pivoting forwardly or rearwardly about a direction perpendicular to a longitudinal axis of the socket so as to allow the socket to accommodate differently shaped residual limbs.
A sports apparatus comprising a flexible shell that is a hermetic chamber with a valve and having an inner space for filling with a filler material and/or air, the sports apparatus also comprises handles, characterized in that once the hermetic chamber inner space is filled with a filler material and/or pressurized air, the sports apparatus forms a rectangular parallelepiped with rounded corners; side faces of the apparatus form a closed surface having a height not exceeding a half of the apparatus length; a supporting portion of the apparatus and a portion that the user interacts with are arranged to be identical and outwardly convex, wherein the sports apparatus in operating condition has an elliptical cross-section, said sports apparatus portions are unstable surfaces, the hermetic chamber valve is operative to adjust the air pressure within the hermetic chamber.