mhurhangee/ep-ind-claims huggingface dataset:
A method of exchanging Session Initiation Protocol, SIP, options messages for Rich Communication Suite, RCS, capability discovery in a portable terminal, the method comprising: requesting a server for a setting value associated with an SIP options message exchange; determining if the setting value including the number of the SIP options messages for transmission and a transmission cycle of the SIP options message is received; if the setting value is not received, transmitting SIP options messages to a predetermined number of contacts registered to a phone book in a predetermined transmission cycle; receiving a reply message from each of the contacts to which the SIP options message is sent; and updating RCS capability information of the contact according to the received reply message; wherein the number of the SIP options messages for transmission and the transmission cycle of the SIP options messages are changed based on a battery level of the portable terminal and a network condition of the server. requesting a server for a setting value associated with an SIP options message exchange; determining if the setting value including the number of the SIP options messages for transmission and a transmission cycle of the SIP options message is received; if the setting value is not received, transmitting SIP options messages to a predetermined number of contacts registered to a phone book in a predetermined transmission cycle;
An x-ray collimator comprising at least three essentially non-overlapping plates (4901, 4902, 4903) adapted to be mounted in a plane generally parallel to a detector input surface plane, said plates (4901, 4902, 4903) forming a fully transparent gap therebetween, wherein each plate (4901, 4902, 4903) comprises a first edge forming a side of the gap and a second edge different from the first edge being in contact with said first edge of a neighboring plate; wherein each plate (4901, 4902, 4903) may be defined as a first plate, wherein said first plate is configured to move in a first direction relative to said first plate's first edge, and a neighboring plate to said first plate is configured to move in a second direction relative to said neighboring plate's first edge; and wherein the location of the side of the gap formed by a first edge of at least one plate of said at least three plates (4901, 4902, 4903) and the location of the side of the gap formed by a first edge of at least one other plate of said at least three plates (4901, 4902, 4903) can be changed independently of each other.
A spreading apparatus, in particular for winter service vehicles, for spreading solid spreading materials, comprising a spreading material container for receiving the solid spreading materials to be spread and a conveyor device in a bottom surface of the spreading material container for conveying the spreading materials out of the spreading material container, and further comprising at least one liquid tank arranged within the spreading material container on the side of the conveyor device, said tank having an at least partially flexible sheath and variable volume, wherein the bottom surface of the spreading material container is configured to be horizontal or almost horizontal and the at least one liquid tank is arranged on or above the bottom surface such that, when the liquid tank is at least partially filled, there exists a sliding surface for the solid spreading materials to be spread which is inclined relation to the bottom surface towards the conveyor device, wherein the spreading material container is adapted to be filled completely or almost completely with solid spreading materials to be spread when the at least one liquid tank is empty, so that the solid spreading materials to be spread can be conveyed out of the spreading material container by means of the conveyor device.
An apparatus for applying viscous media, in particular adhesives, onto a substrate S moved past in an advance direction V, with a nozzle body comprising a plurality of dispensing nozzles having dispensing openings, and with a plurality of deposition modules (1, 2, 3, 4, 5), by means of which the fluid media can be intermittently dispensed through the dispensing nozzles onto said substrate and which are disposed on said nozzle body, wherein said deposition modules (1, 3, 5; 2, 4) are arranged in at least two rows (7, 8) offset from each other transversely to the advance direction of said substrate, and adjacent rows are inclined in a V-shaped manner relative to each other by an inclination angle (φ), characterised in that said dispensing openings are arranged to be inclined approximately along a line extending transversely relative to the advance direction and the rows are arranged to be inclined approximately about this line, and in that said dispensing openings open into a channel that has provided a wide slit nozzle downstream thereof in the flow direction of the viscous media.
A method for controlling a material ejector system comprising an ejector blade for ejecting a material from a bed of a vehicle, the method comprising the step of: setting a speed of the ejector blade relative to the bed of the vehicle on the basis of a measured speed of the vehicle and a measured speed of the ejector relative to the bed of the vehicle.
A seamless knitted glove, comprising: - a liner including a main yarn; and - at least one knitted ridge knitted within the liner - a latex coating disposed on the liner and the at least one ridge wherein the at least one knitted ridge - comprises a ridge yarn different than the main yarn, wherein the ridge yarn is a plaited yarn and includes at least one of the properties selected from the group consisting of abrasion resistance, cut resistance and impact resistance, - projects from the surface of the liner, and - is formed by variably plaiting the ridge yarn on top of the main yarn while varying tension of the ridge yarn. - a liner including a main yarn; and - at least one knitted ridge knitted within the liner - a latex coating disposed on the liner and the at least one ridge wherein the at least one knitted ridge - comprises a ridge yarn different than the main yarn, wherein the ridge yarn is a plaited yarn and includes at least one of the properties selected from the group consisting of abrasion resistance, cut resistance and impact resistance, - projects from the surface of the liner, and - is formed by variably plaiting the ridge yarn on top of the main yarn while varying tension of the ridge yarn. - comprises a ridge yarn different than the main yarn, wherein the ridge yarn is a plaited yarn and includes at least one of the properties selected from the group consisting of abrasion resistance, cut resistance and impact resistance, - projects from the surface of the liner, and - is formed by variably plaiting the ridge yarn on top of the main yarn while varying tension of the ridge yarn.
A peak current limiter for an audio system comprising at least two audio amplifiers (110a-110n), the peak current limiter comprising: at least two audio inputs (102a-102n); at least two audio outputs (108a-108n), each audio output configured to be coupled to a respective one of the at least two audio amplifiers (110a-110n); wherein the peak current limiter is configured to: receive an audio signal on each of the respective audio inputs (102a-102n); determine a current value for each of the at least two audio amplifiers (110a-110n); and modify an audio characteristic of at least one of the received audio signals to limit the total current supplied to the at least two amplifiers (110a-110n) below a predefined maximum current value, the peak current limiter being characterised in that the audio characteristic of at least one of the received audio signals comprises a phase of at least one of the received audio signals. at least two audio inputs (102a-102n); at least two audio outputs (108a-108n), each audio output configured to be coupled to a respective one of the at least two audio amplifiers (110a-110n); wherein the peak current limiter is configured to: receive an audio signal on each of the respective audio inputs (102a-102n); determine a current value for each of the at least two audio amplifiers (110a-110n); and modify an audio characteristic of at least one of the received audio signals to limit the total current supplied to the at least two amplifiers (110a-110n) below a predefined maximum current value, the peak current limiter being characterised in that the audio characteristic of at least one of the received audio signals comprises a phase of at least one of the received audio signals. receive an audio signal on each of the respective audio inputs (102a-102n); determine a current value for each of the at least two audio amplifiers (110a-110n); and modify an audio characteristic of at least one of the received audio signals to limit the total current supplied to the at least two amplifiers (110a-110n) below a predefined maximum current value, the peak current limiter being characterised in that the audio characteristic of at least one of the received audio signals comprises a phase of at least one of the received audio signals.
A method of delivering content in one or more packets over a network, the method comprising: receiving, from a client, a content request packet comprising a request for content directed to a first IPv6 address, the first IPv6 address identifying the content; mapping the first IPv6 address to a second IPv6 address, wherein the second IPv6 address identifies a specific instance of the content at a specific physical location, and wherein the second IPv6 address is selected from a family of IPv6 addresses which each map to an instance of the content at a physical location; routing the content request packet to the specific instance of the content at the specific physical location by directing the content request packet to the second IPv6 address; receiving, by the client, the content requested in the content request packet from the physical location associated with the second IPv6 address. receiving, from a client, a content request packet comprising a request for content directed to a first IPv6 address, the first IPv6 address identifying the content; mapping the first IPv6 address to a second IPv6 address, wherein the second IPv6 address identifies a specific instance of the content at a specific physical location, and wherein the second IPv6 address is selected from a family of IPv6 addresses which each map to an instance of the content at a physical location; routing the content request packet to the specific instance of the content at the specific physical location by directing the content request packet to the second IPv6 address; receiving, by the client, the content requested in the content request packet from the physical location associated with the second IPv6 address.
An electrical contact coupling with cross-connectors for track-guided vehicles, in particular rail vehicles, wherein the electrical contact coupling comprises the following: - a coupling housing; - at least one upper contact bank arranged within the coupling housing; - at least one lower contact bank arranged vertically below the upper contact bank and within the coupling housing; and - a contact tongue arranged between the upper contact bank and the lower contact bank, wherein upper contacts and lower contacts are provided on the contact tongue, by means of which the energy and/or signals can be transmitted to a counter-coupling via the contact tongue, characterized in that a cross-connector is provided on at least one contact bank (2, 3) such that the individual contacts (5.1, 5.2,..., 6.1, 6.2,...) of the contact tongue are electrically and/or optically connected in pairs to the corresponding contacts (5.1', 5.2',..., 6.1', 6.2',...) of a contact tongue of a preferably structurally identical counter-coupling in the coupled state of the couplings by means of the cross-connector. - a coupling housing; - at least one upper contact bank arranged within the coupling housing; - at least one lower contact bank arranged vertically below the upper contact bank and within the coupling housing; and - a contact tongue arranged between the upper contact bank and the lower contact bank, wherein upper contacts and lower contacts are provided on the contact tongue, by means of which the energy and/or signals can be transmitted to a counter-coupling via the contact tongue,
A bispecific antibody for use in a method of treating or ameliorating B cell cancer in a subject, comprising administering a dose-escalation protocol that reduces the effect of a cytokine cascade, wherein the dose escalation protocol comprises administering a first dose of the antibody for a first period of time and consecutively administering a second dose of said antibody for a second period of time, wherein said second dose exceeds said first dose, wherein the bispecific antibody comprises a first antigen-binding domain that binds human CD3, a second antigen-binding domain that binds human CD20, and a chimeric Fc domain tethered to each of the first and second antigen-binding domains, wherein the chimeric Fc domain comprises: (a) a human lgG2 lower hinge amino acid sequence comprising PCPAPPVA (SEQ ID NO: 52) from positions 228 to 236 EU numbering; (b) a human lgG1 or a human lgG4 upper hinge amino acid sequence from positions 216 to 227 EU numbering; (c) a human lgG4 CH2 domain amino acid sequence from positions 237 to 340 EU numbering; and (d) a human IgG1 CH1 domain and a human lgG1 CH3 domain, or a human lgG4 CH1 domain and a human lgG4 CH3 domain; wherein the bispecific antibody exhibits a higher binding affinity for human FcγRIIA relative to human FcγRIIB, and exhibits little or no detectable binding affinity to human FcγRI and human FcγRIII, as measured in a surface plasmon resonance assay. (a) a human lgG2 lower hinge amino acid sequence comprising PCPAPPVA (SEQ ID NO: 52) from positions 228 to 236 EU numbering; (b) a human lgG1 or a human lgG4 upper hinge amino acid sequence from positions 216 to 227 EU numbering; (c) a human lgG4 CH2 domain amino acid sequence from positions 237 to 340 EU numbering; and (d) a human IgG1 CH1 domain and a human lgG1 CH3 domain, or a human lgG4 CH1 domain and a human lgG4 CH3 domain;
Magnetic device (1, 100, 300, 400) with thermally assisted switching comprising: - a first magnetic layer referred to as "reference layer"; - a second magnetic layer referred to as "storage layer" that has a variable direction of magnetization; - a spacer that separates the reference layer and the storage layer and magnetically decouples them; - an antiferromagnetic layer for pinning in contact with the storage layer, with the antiferromagnetic layer being capable of pinning the direction of magnetization of the storage layer, said storage layer having at least two levels of storage corresponding to two stable pinned directions of magnetization; - means for heating said pinning layer in such a way that, during the heating, the temperature of said pinning layer exceeds its blocking temperature in such a way that the direction of magnetization of said storage layer is no longer pinned; - means for applying a magnetic writing torque that tends to align the magnetization of the storage layer according to one of two stable directions of magnetization once said blocking temperature is reached; said device being characterised in that it comprises means (8, 101, 102, 200, 308, 409) for applying, at least during the heating phase preceding the reaching of the blocking temperature, a magnetic polarization field in such a way that the direction of magnetization of said storage layer is always in the direction of said magnetic polarization field at the moment the blocking temperature is reached. - a first magnetic layer referred to as "reference layer"; - a second magnetic layer referred to as "storage layer" that has a variable direction of magnetization; - a spacer that separates the reference layer and the storage layer and magnetically decouples them; - an antiferromagnetic layer for pinning in contact with the storage layer, with the antiferromagnetic layer being capable of pinning the direction of magnetization of the storage layer, said storage layer having at least two levels of storage corresponding to two stable pinned directions of magnetization; - means for heating said pinning layer in such a way that, during the heating, the temperature of said pinning layer exceeds its blocking temperature in such a way that the direction of magnetization of said storage layer is no longer pinned; - means for applying a magnetic writing torque that tends to align the magnetization of the storage layer according to one of two stable directions of magnetization once said blocking temperature is reached;
A nonwoven fabric for a top sheet of an absorbent article, which has a longwise direction and a crosswise direction, wherein the nonwoven fabric has in the crosswise direction a plurality of units each comprising four regions: a first region, a second region adjacent to the first region, a third region adjacent to the second region and a fourth region adjacent to the third region, which extend in the longwise direction, the second region and fourth region have contents of fibers oriented in the longwise direction that are higher than that in the third region, the first region has a content of fibers oriented in the crosswise direction that is higher than that in the third region, the second region, third region and fourth region respectively have a blood slipping agent-containing second region, a blood slipping agent-containing third region and a blood slipping agent-containing fourth region containing a blood slipping agent with a kinematic viscosity of 0.01 to 80 mm 2 /s at 40°C measured according to JIS K 2283:2000, "5. Kinematic Viscosity Test Method", using a Cannon-Fenske reverse-flow viscometer, at a testing temperature of 40°C, a water holding percentage of 0.01 to 4.0 mass% as described in the description and a weight-average molecular weight of less than 1,000 as described in the description, and the basis weight of the blood slipping agent in the blood slipping agent-containing second region and the blood slipping agent-containing fourth region is greater than the basis weight of the blood slipping agent in the blood slipping agent-containing third region. wherein the nonwoven fabric has in the crosswise direction a plurality of units each comprising four regions: a first region, a second region adjacent to the first region, a third region adjacent to the second region and a fourth region adjacent to the third region, which extend in the longwise direction, the second region and fourth region have contents of fibers oriented in the longwise direction that are higher than that in the third region, the first region has a content of fibers oriented in the crosswise direction that is higher than that in the third region, the second region, third region and fourth region respectively have a blood slipping agent-containing second region, a blood slipping agent-containing third region and a blood slipping agent-containing fourth region containing a blood slipping agent with a kinematic viscosity of 0.01 to 80 mm 2 /s at 40°C measured according to JIS K 2283:2000, "5. Kinematic Viscosity Test Method", using a Cannon-Fenske reverse-flow viscometer, at a testing temperature of 40°C, a water holding percentage of 0.01 to 4.0 mass% as described in the description and a weight-average molecular weight of less than 1,000 as described in the description, and the basis weight of the blood slipping agent in the blood slipping agent-containing second region and the blood slipping agent-containing fourth region is greater than the basis weight of the blood slipping agent in the blood slipping agent-containing third region.
A radiotherapy apparatus for an animal, comprising: a treatment part including an accommodation space for placing an animal; an irradiation part including an electron generator and a linear accelerator coupled to one side of the electron generator and disposed in a direction perpendicular to the treatment part, the linear accelerator being configured to emit radiation toward the treatment part; and an image acquisition part located at a preset interval from the treatment part along an irradiation direction of the radiation and configured to obtain an image of an irradiation area when the radiation is applied, a beam stopper located to be spaced apart from the image acquisition part along the irradiation direction of the radiation to interrupt leakage of the radiation through at least one of the treatment part or the image acquisition part, wherein the irradiation part, the treatment part, the image acquisition part, and the beam stopper are located in said order, characterised in that the radiation has an output of 1 MeV to 2 MeV so as to be applied to a diseased part located within a predetermined distance range from epidermis of the animal, and the irradiation part further includes a first collimator and a second collimator configured to adjust the irradiation area of the radiation, wherein the first collimator is a multi-leaf collimator and wherein the second collimator is a pin-hole collimator. a treatment part including an accommodation space for placing an animal; an irradiation part including an electron generator and a linear accelerator coupled to one side of the electron generator and disposed in a direction perpendicular to the treatment part, the linear accelerator being configured to emit radiation toward the treatment part; and an image acquisition part located at a preset interval from the treatment part along an irradiation direction of the radiation and configured to obtain an image of an irradiation area when the radiation is applied, a beam stopper located to be spaced apart from the image acquisition part along the irradiation direction of the radiation to interrupt leakage of the radiation through at least one of the treatment part or the image acquisition part, wherein the irradiation part, the treatment part, the image acquisition part, and the beam stopper are located in said order, characterised in that the radiation has an output of 1 MeV to 2 MeV so as to be applied to a diseased part located within a predetermined distance range from epidermis of the animal, and the irradiation part further includes a first collimator and a second collimator configured to adjust the irradiation area of the radiation, wherein the first collimator is a multi-leaf collimator and wherein the second collimator is a pin-hole collimator.