mhurhangee/ep-ind-claims huggingface dataset:
A method of preventing muting of ongoing services of a multimedia broadcast and multicast service, MBMS, in a wireless communication network having a base station (14, 27) during multicast scheduling periods, MSPs, when a multicast traffic channel, MTCH, is to be started and stopped, the method comprising: determining an absolute MBMS data start time equal to a floor function of a desired data transfer start time and a predetermined number of radio frames and so as to coincide with a first Multicast Control Channel, MCCH, modification period boundary; sending the determined absolute MBMS data start time to a multicast control entity, MCE, (13, 27) of the wireless communication network; determining an absolute MBMS data stop time equal to a ceiling function of an actual data transfer stop time and the predetermined number of radio frames and so as to coincide with a second MCCH modification period boundary, the actual data transfer stop time being based on starting the data transfer at the determined absolute MBMS data start time; and sending the determined absolute MBMS data stop time to the MCE (13, 27). determining an absolute MBMS data start time equal to a floor function of a desired data transfer start time and a predetermined number of radio frames and so as to coincide with a first Multicast Control Channel, MCCH, modification period boundary; sending the determined absolute MBMS data start time to a multicast control entity, MCE, (13, 27) of the wireless communication network; determining an absolute MBMS data stop time equal to a ceiling function of an actual data transfer stop time and the predetermined number of radio frames and so as to coincide with a second MCCH modification period boundary, the actual data transfer stop time being based on starting the data transfer at the determined absolute MBMS data start time; and sending the determined absolute MBMS data stop time to the MCE (13, 27).
A system, comprising: an elongated shaft including a distal portion, wherein the shaft is configured to locate the distal portion within a body lumen of a human; a treatment assembly connected to the shaft at the distal portion of the shaft, the treatment assembly including- a neuromodulation element configured to deliver a therapeutic energy or compound to a nerve located at least proximate to a wall of the body lumen; wherein the system further comprises: an emitter configured to emit diagnostic energy toward the tissue; and a detector configured to detect a return energy associated with the diagnostic energy; an indicator; a controller operably connected to the detector and the indicator, the controller including memory and processing circuitry, the memory storing instructions that, when executed by the controller using the processing circuitry, cause- the controller to compare a detection time of the return energy to a predetermined detection time range; and the indicator to provide information whether the treatment assembly is within a desired distance of the wall based on the comparison of the measured detection time and the predetermined detection time range. an elongated shaft including a distal portion, wherein the shaft is configured to locate the distal portion within a body lumen of a human; a treatment assembly connected to the shaft at the distal portion of the shaft, the treatment assembly including- a neuromodulation element configured to deliver a therapeutic energy or compound to a nerve located at least proximate to a wall of the body lumen; wherein the system further comprises: an emitter configured to emit diagnostic energy toward the tissue; and a detector configured to detect a return energy associated with the diagnostic energy; an indicator; a controller operably connected to the detector and the indicator, the controller including memory and processing circuitry, the memory storing instructions that, when executed by the controller using the processing circuitry, cause- the controller to compare a detection time of the return energy to a predetermined detection time range; and the indicator to provide information whether the treatment assembly is within a desired distance of the wall based on the comparison of the measured detection time and the predetermined detection time range. an emitter configured to emit diagnostic energy toward the tissue; and a detector configured to detect a return energy associated with the diagnostic energy; an indicator; a controller operably connected to the detector and the indicator, the controller including memory and processing circuitry, the memory storing instructions that, when executed by the controller using the processing circuitry, cause- the controller to compare a detection time of the return energy to a predetermined detection time range; and the indicator to provide information whether the treatment assembly is within a desired distance of the wall based on the comparison of the measured detection time and the predetermined detection time range.
A pneumatic tire provided, in a tread surface, with at least two circumferential grooves continuously extending in a tread circumferential direction, and a resonator disposed in a land part defined between two circumferential grooves (3a, 3b) having different sectional areas of the at least two circumferential grooves, the resonator having an air chamber opened to a land part surface in a position separated away from the circumferential grooves (3a, 3b), one or more narrowed necks (5b, 5c, 5d) communicating the air chamber with one of the two circumferential grooves (3a, 3b), and one or more narrowed necks (5b, 5c, 5d) communicating the air chamber with the other circumferential groove (3b, 3a), characterised by a sectional area S1 of the narrowed neck of the resonator, opened to a circumferential groove with a relatively large sectional area, being smaller than a sectional area S2 of the narrowed neck of the resonator, opened to a circumferential groove with a relatively small sectional area.
A heat exchanger comprising: a first heat exchanger provided in the form of a plate, the first heat exchanger including a plurality of first heat exchange elements, both ends of the first heat exchanger each having the shape of a staircase in which corners and planes are alternately formed; and a second heat exchanger provided in the form of a plate and arranged to be inclined to the first heat exchanger, the second heat exchanger including a plurality of second heat exchange elements, the ends of the second heat exchanger have the shape of a staircase in which corners and planes are alternately formed, wherein a corner of the end of at least one of the plurality of first heat exchange elements of the first heat exchanger is positioned to face a plane of the end of the plurality of second heat exchange elements of the second heat exchanger, and a corner of the end of at least one of the plurality of second heat exchange elements of the second heat exchanger is positioned to face a plane of the plurality of first heat exchange elements of the first heat exchanger, the first heat exchanger includes a first staircase-shaped end formed by ends of the plurality of first heat exchange elements, the plurality of first heat exchange elements are provided in the form of plates and layered to overlay along a face plane direction. a first heat exchanger provided in the form of a plate, the first heat exchanger including a plurality of first heat exchange elements, both ends of the first heat exchanger each having the shape of a staircase in which corners and planes are alternately formed; and a second heat exchanger provided in the form of a plate and arranged to be inclined to the first heat exchanger, the second heat exchanger including a plurality of second heat exchange elements, the ends of the second heat exchanger have the shape of a staircase in which corners and planes are alternately formed, wherein a corner of the end of at least one of the plurality of first heat exchange elements of the first heat exchanger is positioned to face a plane of the end of the plurality of second heat exchange elements of the second heat exchanger, and a corner of the end of at least one of the plurality of second heat exchange elements of the second heat exchanger is positioned to face a plane of the plurality of first heat exchange elements of the first heat exchanger, the first heat exchanger includes a first staircase-shaped end formed by ends of the plurality of first heat exchange elements, the plurality of first heat exchange elements are provided in the form of plates and layered to overlay along a face plane direction.
Furniture-construction panel comprising at least one panel element which, on at least one end side (2, 2'), has at least one first profile element (3, 3'), bonded integrally to the panel element, and at least one second profile element, characterized in that the second profile element is arranged in a first accommodating space (5, 5') located on the end side of the panel element and, on at least one side, has at least one groove (41, 42, 43), in which at least one electrically conductive element (8, 9) is arranged.
Device for pressure rolling workpieces (2, 2.1, 2.2), with a rotatable first outer forming tool (3, 3.1) for engaging on an outer contour of a first hollow-body shaped workpiece, and a first inner forming tool (6, 6.1) for engaging on an inner contour of the workpiece, wherein the first workpiece can be set in rotation about a first workpiece axis (X, X.1) and can be plastically deformed by a pressure which is applied in a reshaping zone, formed between the first forming tools (3, 3.1, 6, 6.1), by the first inner forming tool (6, 6.1) and the first outer forming tool (3, 3.1), whereby the material is made to flow between the first forming tools (3, 3.1, 6, 6.1), wherein the device has a drive which drives the first outer forming tool (3, 3.1), characterised in that the device has a rotationally driven second outer forming tool (3.2) and a second inner forming tool (6.2), wherein the device has a first workpiece receiving device which is designed to receive a first workpiece, and a second workpiece receiving device which is designed to receive a second workpiece, wherein the workpiece receiving devices are designed so that the reforming of a workpiece takes place in one whilst the other is fitted with a workpiece or from which a reformed workpiece can be removed.
A monoclonal antibody or an antigen binding fragment thereof, comprising complementary determining regions of a heavy chain variable region and complementary determining regions of a light chain variable region, wherein the monoclonal antibody or antigen binding fragment thereof can specifically bind to HA1 domain of hemagglutinin protein of Yamagata lineage and Victoria lineage of influenza B virus, and wherein the monoclonal antibody comprises: VH CDR1-3 with amino acid sequences set forth in SEQ ID NO: 1-3, respectively, and VL CDR1-3 with amino acid sequences set forth in SEQ ID NO: 4-6, respectively; VH CDR1-3 with amino acid sequences set forth in SEQ ID NO: 7-9, respectively, and VL CDR1-3 with amino acid sequences set forth in SEQ ID NO: 10-12, respectively; or VH CDR1-3 with amino acid sequences set forth in SEQ ID NO: 13-15, respectively, and VL CDR1-3 with amino acid sequences set forth in SEQ ID NO: 16-18, respectively. VH CDR1-3 with amino acid sequences set forth in SEQ ID NO: 1-3, respectively, and VL CDR1-3 with amino acid sequences set forth in SEQ ID NO: 4-6, respectively; VH CDR1-3 with amino acid sequences set forth in SEQ ID NO: 7-9, respectively, and VL CDR1-3 with amino acid sequences set forth in SEQ ID NO: 10-12, respectively; or VH CDR1-3 with amino acid sequences set forth in SEQ ID NO: 13-15, respectively, and VL CDR1-3 with amino acid sequences set forth in SEQ ID NO: 16-18, respectively.
System comprising a filter frame with a filter element arranged therein, a supporting frame for the reversible mounting of the filter frame, and at least two devices arranged distributed over the circumference of the filter frame, which fix the filter frame against the introduction direction against the supporting frame, wherein the supporting frame comprises a circumferential contact surface, facing inwards, which in the engaged state is in contact with the filter frame, wherein at least one device is movable without the need for tools between a removal position and a fixing position, and, when the device is moved out of the removal position into its fixing position, the filter frame is moved increasingly into an engagement position against the contact surface by the device, wherein the device is provided with handling means for actuation without the need for tools, and at least one device is rotatably mounted around an axis of rotation, wherein the axis of rotation is aligned parallel to the introduction direction, characterised in that the device is located on the supporting frame, and that the device comprises, on its side facing the contact surface, seen in the direction of the axis of rotation, a contact surface configured such as to run in helical fashion.
Process for the preparation of alcohols by hydrogenation of aldehydes, in which use mixture comprising at least one aldehyde and at least one accompanying component is brought into contact, in the presence of hydrogen, with a heterogeneous catalyst, giving a product mixture which comprises at least the alcohol corresponding to the hydrogenated aldehyde, and at least one by-product, where the catalyst comprises a support material, and nickel and copper applied thereto, characterized in that the catalyst in activated form has the following composition adding up to 100% by weight: support material: from 85% by weight to 95% by weight; copper: from 5.3% by weight to 8.4% by weight; nickel: from 2.2% by weight to 3.9% by weight, chromium: less than 50 ppm by weight; others: less than 1% by weight, and in that the support material is aluminium oxide or silicon dioxide or a mixture of aluminium oxide and silicon dioxide.
Method for producing a high-voltage power semiconductor for operation at high blocking voltages of greater than 2000 V comprising a drift layer having a doping of a first charge carrier type of less than 5*10 13 /cm 3 and a thickness of more than 150 μm, a first stop layer having a doping of the first charge carrier type, and an electrode of a second charge carrier type, wherein the doping of the first stop layer is higher than the doping of the drift layer; in which method for producing the power semiconductor, proceeding from a lightly doped layer of a first charge carrier type, of which lightly doped layer a part with low doping that remains in the finished semiconductor forms the drift layer, a medium-doped layer is produced at one side of the lightly doped layer, of which medium-doped layer a part with medium doping that remains in the finished semiconductor forms the first stop layer, and the electrode is then indiffused into that layer of the first charge carrier type which has the highest doping of the layers of the first charge carrier type, and after the production of the medium-doped layer and before the production of the electrode, at that side of the medium-doped layer which is remote from the lightly doped layer, a highly doped layer is produced, of which highly doped layer a part with high doping that remains in the finished semiconductor forms a second stop layer having a doping of the first charge carrier type, wherein the doping of the highly doped layer is higher than the doping of the medium-doped layer, and metallizations are applied after the indiffusion of the electrode.
Method for determining the state of wear of a milling tool, namely a chisel, a chisel holder with a chisel or a chisel holder exchange system with a chisel and a chisel holder, wherein a milling drum is provided, wherein, the position of at least one point, hereinafter referred to as "position value", of the chisel and/or of the chisel holder is determined by means of a measuring method, wherein an absolute measurement being carried out with respect to the point of rotation of the milling drum or another origin, wherein this measurement result or a calculation of this measurement result in a switching unit is compared with at least one reference value stored in a memory unit, and wherein the comparison of the position value with the reference value is used to determine a reference variable which contains a quantitative statement about the wear of the milling tool.
An implantable capsule, in particular an autonomous capsule for cardiac stimulation, comprising a tubular body provided at its distal end with an anchoring element having an helical screw and adapted to penetrate a tissue of a patient's organ wall, the body housing a set of functional elements of the capsule, an annular support integral with the body and generally coaxial with the latter, said support being close to a base of the anchoring element characterized in that the annular support includes a series of orifices (16b; 16d) extending radially, and in that the base of the anchoring element includes a series of rods or tubes protruding in a radial direction and engaged in said orifices and configured to secure the anchoring element to said support.
A cyclic peptide compound consisting of the amino acid sequence Xaa 1 - Asp-Arg- Ile/Val- Xaa 5 - Ile/Val- His- Xaa 8 comprising a thioether-bridge linkage between the side chains of Xaa 5 and Xaa 8 such that Xaa 5 and Xaa 8 together form a structure according to either one of the general formula: wherein R, R 1, R 2, R 3, R 4 and R 5 are independently selected from -H, a C 1 -C 10 alkyl or aralkyl group, preferably wherein R, R 1, R 2, R 3, R 4 and R 5 are independently selected from H and CH 3, and wherein Xaa 1 is selected from the group consisting of charged amino acids, aromatic amino acids and hydrophobic amino acids and protease-resistant variants thereof, or a pharmaceutically acceptable salt thereof.
An attenuated mutant Zika virus comprising a protein E consisting of the amino acid sequence having at least 98% of identity with SEQ ID NO:1 wherein the isoleucine residue at position 152 is substituted by a threonine residue, the threonine residue at position 156 is substituted by an isoleucine residue, and the histidine residue at position 158 is substituted by a tyrosine residue.
A method for scheduling processing data of Multimedia Broadcast and Multicast Service, MBMS, the method being used by each lower-layer network element to perform scheduling processing for data of an MBMS service received from an upper-layer network element, said method being characterized in that comprises the steps of: receiving, by the lower-layer network element, information sent by the upper-layer network element, wherein the information is used for indicating a scheduling period of the MBMS service; performing, by the lower-layer network element, scheduling processing for the data of the received MBMS service according to the scheduling period of the MBMS service indicated by the information, wherein the step that the lower-layer network element performs the scheduling processing for the data of the received MBMS service comprises performing, by the lower-layer network element, the scheduling processing for the data of the received MBMS service in a predetermined transmission scheduling period of a Multicast Channel, MCH, and wherein the step that the lower-layer network element performs the scheduling processing for the data of the received MBMS service during the predetermined transmission scheduling period of the MCH comprises performing, by the lower-layer network element, the scheduling processing for the data of the received MBMS service during the predetermined transmission scheduling period of the MCH according to a predetermined sequence and/or predetermined scheduling amount. receiving, by the lower-layer network element, information sent by the upper-layer network element, wherein the information is used for indicating a scheduling period of the MBMS service; performing, by the lower-layer network element, scheduling processing for the data of the received MBMS service according to the scheduling period of the MBMS service indicated by the information, wherein the step that the lower-layer network element performs the scheduling processing for the data of the received MBMS service comprises performing, by the lower-layer network element, the scheduling processing for the data of the received MBMS service in a predetermined transmission scheduling period of a Multicast Channel, MCH, and wherein the step that the lower-layer network element performs the scheduling processing for the data of the received MBMS service during the predetermined transmission scheduling period of the MCH comprises performing, by the lower-layer network element, the scheduling processing for the data of the received MBMS service during the predetermined transmission scheduling period of the MCH according to a predetermined sequence and/or predetermined scheduling amount.
A method comprising: receiving, at a first gateway of a core network from a mobility management entity, MME, a request to pair a source user equipment and a target user equipment to form a pairing between the source user equipment and the target user equipment; storing information indicating the pairing at the first gateway in response to receiving the request; receiving, at the first gateway from the source user equipment, an uplink packet addressed to the target user equipment; and routing, at the first gateway, the received uplink packet to the target user equipment on a communication path that bypasses an external packet data network that is connected to the first gateway, wherein receiving the request to pair the source user equipment and the target user equipment comprises receiving a message including globally unique identifiers of the source user equipment and the target user equipment; and wherein storing the information indicating the pairing comprises storing the globally unique identifiers and a corresponding pairing identifier. receiving, at a first gateway of a core network from a mobility management entity, MME, a request to pair a source user equipment and a target user equipment to form a pairing between the source user equipment and the target user equipment; storing information indicating the pairing at the first gateway in response to receiving the request; receiving, at the first gateway from the source user equipment, an uplink packet addressed to the target user equipment; and routing, at the first gateway, the received uplink packet to the target user equipment on a communication path that bypasses an external packet data network that is connected to the first gateway, wherein receiving the request to pair the source user equipment and the target user equipment comprises receiving a message including globally unique identifiers of the source user equipment and the target user equipment; and wherein storing the information indicating the pairing comprises storing the globally unique identifiers and a corresponding pairing identifier.