mhurhangee/ep-ind-claims huggingface dataset:
A carbonaceous structure, comprising: one or more hollow internal compartments, wherein each of the hollow internal compartments is connected to outside and to the one or more hollow internal compartments adjacent thereto through one or more open porous channels formed in the carbonaceous structure, and wherein the carbonaceous structure includes a carbonaceous matrix, wherein the carbonaceous matrix further includes an element of Group 15 of the Periodic Table, wherein a content of the element of Group 15 of the Periodic Table included in the carbonaceous matrix is from 10 weight parts to 50 weight parts with respect to 100 weight parts of the carbonaceous structure, wherein the carbonaceous structure is formed by injecting a solution containing a carbon precursor and a soft template to a hard template, and then carbonizing the carbon precursor and removing the soft template and the hard template to obtain a carbonaceous structure including one or more hollow internal compartments, wherein the carbonaceous structure includes a carbonaceous matrix formed by the carbonization of the carbon precursor, and each of the hollow internal compartments is connected to outside and to the one or more hollow internal compartments adjacent thereto through one or more open porous channels which are formed in the carbonaceous structure by the removal of the soft template. wherein each of the hollow internal compartments is connected to outside and to the one or more hollow internal compartments adjacent thereto through one or more open porous channels formed in the carbonaceous structure, and wherein the carbonaceous structure includes a carbonaceous matrix, wherein the carbonaceous matrix further includes an element of Group 15 of the Periodic Table, wherein a content of the element of Group 15 of the Periodic Table included in the carbonaceous matrix is from 10 weight parts to 50 weight parts with respect to 100 weight parts of the carbonaceous structure, wherein the carbonaceous structure is formed by injecting a solution containing a carbon precursor and a soft template to a hard template, and then carbonizing the carbon precursor and removing the soft template and the hard template to obtain a carbonaceous structure including one or more hollow internal compartments, wherein the carbonaceous structure includes a carbonaceous matrix formed by the carbonization of the carbon precursor, and each of the hollow internal compartments is connected to outside and to the one or more hollow internal compartments adjacent thereto through one or more open porous channels which are formed in the carbonaceous structure by the removal of the soft template.
An edge crack detection apparatus for detecting an edge crack of a metal plate being conveyed, the edge crack detection apparatus comprising: a detection part including a plurality of elements arranged along a plate width direction of the metal plate, each of the plurality of elements being configured to be capable of detecting presence or absence of the metal plate at a position of the element in the plate width direction; a plate edge position determination part configured to determine a plate edge position of the metal plate in the plate width direction on the basis of a detection result of each of a plurality of first elements positioned within a first region in the plate width direction, from among the plurality of elements; and an edge crack detection part configured to detect an edge crack of the metal plate on the basis of a detection result of each of a plurality of second elements selected on the basis of the plate edge position and positioned within a second region which is narrower than the first region in the plate width direction, from among the plurality of elements, characterized in that the plate edge position determination part is configured to obtain the detection result by each of the plurality of first elements at intervals of a first cycle time and determine the plate edge position on the basis of the detection result, and the edge crack detection part is configured to obtain the detection result by each of the plurality of second elements at intervals of a second cycle time which is shorter than the first cycle time. a detection part including a plurality of elements arranged along a plate width direction of the metal plate, each of the plurality of elements being configured to be capable of detecting presence or absence of the metal plate at a position of the element in the plate width direction; a plate edge position determination part configured to determine a plate edge position of the metal plate in the plate width direction on the basis of a detection result of each of a plurality of first elements positioned within a first region in the plate width direction, from among the plurality of elements; and an edge crack detection part configured to detect an edge crack of the metal plate on the basis of a detection result of each of a plurality of second elements selected on the basis of the plate edge position and positioned within a second region which is narrower than the first region in the plate width direction, from among the plurality of elements, characterized in that the plate edge position determination part is configured to obtain the detection result by each of the plurality of first elements at intervals of a first cycle time and determine the plate edge position on the basis of the detection result, and the edge crack detection part is configured to obtain the detection result by each of the plurality of second elements at intervals of a second cycle time which is shorter than the first cycle time.
An extruder comprising a housing having a flow channel for a melt and a perforated plate delimiting the flow channel on the outlet side, where an inlet flow element having passage areas and covering surfaces is arranged so as to be movable ahead of the perforated plate in the direction of flow of the melt in such a way that, when the inlet flow element is moved, a first subset of holes in the perforated plate is exposed and a second subset of holes in the perforated plate is closed, wherein the inlet flow element has an inlet flow cone, the base of which faces in the direction of the perforated plate and which tapers conically counter to the direction of flow of the melt.
A medical device for delivering a therapeutic agent to a tissue, the device comprising: a layer overlying an exterior surface of the medical device, the layer comprising a therapeutic agent and an additive; wherein the additive is water-soluble; and wherein the additive is a combination or mixture of a surfactant and a chemical compound, wherein the chemical compound is chosen from sorbitol and xylitol. a layer overlying an exterior surface of the medical device, the layer comprising a therapeutic agent and an additive; wherein the additive is water-soluble; and wherein the additive is a combination or mixture of a surfactant and a chemical compound, wherein the chemical compound is chosen from sorbitol and xylitol.
Vending machine comprising a housing, a plurality of goods-containing shafts arranged in horizontal direction (x direction) next to each other for receiving stacks of in vertical direction (y direction) aligned product packets, a selection unit for inputting a product selection, a payment unit, a control unit which is arranged to, upon receiving feedback from the payment unit that a sufficient amount has been paid for the product selected, drive an ejector which is suspended on a xy linear drive to a selected packet and to operate the ejector in order to push the selected packet forward perpendicular to the xy plane and to push it out of the stack such that the packet reaches an output tray located below the goods-containing shafts, characterized in that the ejector comprises a rotary arm which is rotatable about a vertical axis of rotation, and a drive for rotating the rotatable arm at a controllable speed, and that the control unit is arranged to, while driving the ejector by means of the xy linear drive to the selected packet, keep the rotary arm with the drive stopped in a rest position horizontally aligned in driving direction, when a push end of the rotary arm remote from its axis of rotation has reached a position opposing a central area of a rear surface of the selected packet, to operate the xy linear drive exclusively in horizontal direction and to simultaneously start the drive in order to rotate the rotary arm at a speed which is controlled in a time dependent manner such that the push end, due to the superposition of the horizontal linear movement and the rotary movement of the rotary arm, is at rest in x direction or its movement in x direction is below a predetermined threshold and such that the push end in this manner remains in abutment on the central area of the rear surface, while the packet in this way is pushed forward in a disposition perpendicular to the xy plane and out of the stack.
Method for interaction between a vehicle and at least one person situated outside the vehicle, comprising the following steps: - touching at least one touch-sensitive area (18, 20, 24) of the vehicle by at least one person, - transmitting a signal to a control device of the vehicle via the at least one sensitive area (18, 20, 24), - outputting an output signal for at least one device (36, 40) of the vehicle via the control device, characterized in that - the at least one person informs the vehicle of an intended movement relative to the vehicle via the interaction, and - the output signal of the control device coordinates the movement of the vehicle with the intended movement of the at least one person. - touching at least one touch-sensitive area (18, 20, 24) of the vehicle by at least one person, - transmitting a signal to a control device of the vehicle via the at least one sensitive area (18, 20, 24), - outputting an output signal for at least one device (36, 40) of the vehicle via the control device, characterized in that - the at least one person informs the vehicle of an intended movement relative to the vehicle via the interaction, and - the output signal of the control device coordinates the movement of the vehicle with the intended movement of the at least one person.
A process for the preparation of particles which comprise two agrochemical active ingredients in amorphous form, where a melt comprising the two molten agrochemical active ingredients is emulsified in an aqueous solution and cooled, wherein the one agrochemical active ingredient inhibits the crystallization of the other agrochemical active ingredient, and where not more than 5% by weight of polymeric crystallization inhibitors, based on the total amount of the agrochemical active ingredients, are added to the melt, where the agrochemical active ingredients are soluble in water at 20°c to not more than 1% by weight, where the melting point of the agrochemical active ingredients is at leasts 40°c, and where the particles are unencapsulated, where the agrochemical active ingredients are metconazole, pyraclostrobin, epoxiconazole, prochloraz, triticonazole, boscalid, N-(3',4',5'-trifluorobiphenyl-2-yl)-3-difluoromethyl-1-methyl-1H-pyrazole-4-carboxamide or metalaxyl.
A method performed by a user plane entity being a User Plane Function, UPF, the method comprising: receiving (402, 2a), from a control plane entity being a Session Management Function, SMF, and as part of a protocol data unit, PDU, session release procedure for home routed roaming, a request for modifying parameters related to a PDU session at least part of which is to be deleted, wherein the request is a N4 Session Modification Request, wherein when the SMF is a Home SMF, H-SMF, and the UPF is a Home UPF, H-UPF, then the N4 Session Modification Request indicates that the H-UPF stops forwarding traffic and also stops taking into account the traffic for usage monitoring in downlink direction, or wherein when the SMF is a Visited SMF, V-SMF, and the UPF is a Visited UPF, V-UPF, then the N4 Session Modification Request indicates that the V-UPF stops forwarding traffic and also stops taking into account the traffic for usage monitoring in uplink direction; sending a N4 Session Modification Response to the control plane entity; upon receipt of the request, stopping forwarding traffic and also stopping taking into account the traffic for usage monitoring in only one of downlink and uplink directions for the at least part of the PDU session to be deleted; receiving, from the control plane entity, a N4 Session Release Request message to drop any remaining packets of the PDU Session and release all tunnel resources and contexts associated with the N4 Session; and sending, to the control plane entity, a N4 Session Release Response message in response to the N4 Session Release Request message. receiving (402, 2a), from a control plane entity being a Session Management Function, SMF, and as part of a protocol data unit, PDU, session release procedure for home routed roaming, a request for modifying parameters related to a PDU session at least part of which is to be deleted, wherein the request is a N4 Session Modification Request, wherein when the SMF is a Home SMF, H-SMF, and the UPF is a Home UPF, H-UPF, then the N4 Session Modification Request indicates that the H-UPF stops forwarding traffic and also stops taking into account the traffic for usage monitoring in downlink direction, or wherein when the SMF is a Visited SMF, V-SMF, and the UPF is a Visited UPF, V-UPF, then the N4 Session Modification Request indicates that the V-UPF stops forwarding traffic and also stops taking into account the traffic for usage monitoring in uplink direction; sending a N4 Session Modification Response to the control plane entity; upon receipt of the request, stopping forwarding traffic and also stopping taking into account the traffic for usage monitoring in only one of downlink and uplink directions for the at least part of the PDU session to be deleted; receiving, from the control plane entity, a N4 Session Release Request message to drop any remaining packets of the PDU Session and release all tunnel resources and contexts associated with the N4 Session; and sending, to the control plane entity, a N4 Session Release Response message in response to the N4 Session Release Request message.
An anti-CGRP receptor antibody or antigen-binding fragment thereof for use in (a) a method for preventing or reducing the occurrence of migraine headache in a patient in need thereof, or (b) a method for prophylactically treating a patient for migraine wherein the method comprises administering to the patient the anti-CGRP receptor antibody or antigen-binding fragment thereof at a dose of about 35 mg to about 210 mg once per month, wherein the anti-CGRP receptor antibody or antigen-binding fragment thereof comprises a CDRH1 having the sequence of SEQ ID NO:14, a CDRH2 having the sequence of SEQ ID NO:23, a CDRH3 having the sequence of SEQ ID NO:34, a CDRL1 having the sequence of SEQ ID NO:44, a CDRL2 having the sequence of SEQ ID NO:55, and a CDRL3 having the sequence of SEQ ID NO:65. (a) a method for preventing or reducing the occurrence of migraine headache in a patient in need thereof, or (b) a method for prophylactically treating a patient for migraine
A buffer for a pole, in particular for a trekking pole, walking stick or Nordic walking pole, it being the case that the buffer, at its top end, has means for fastening on a pole shaft, in particular in the form of a recess, and, at its bottom end, has a rolling surface, wherein the buffer consists of an elastomeric material, at least in the region of the rolling surface, and wherein at least one elastically mounted, hard, non-elastic retaining element is arranged in the elastomeric material, wherein the retaining elements take the form of a pin which with a first end is embedded in the elastomeric material and with a second end protrudes above the surface of the rolling surface, wherein the second end is bodered to the rolling surface by a circumferential flange, and wherein the retaining elements have an anchoring element which, apart from a flange, is embedded in the elastomeric material, it being the case that, on its side which is directed toward the rolling surface, the anchoring element has a recess in which a tip element is incorporated and fastened, wherein in the region which is embedded in the elastomeric material, the anchoring elements have anchoring means, in the form of a plurality of encircling anchoring lamellae, and these are of conical design in the direction away from the rolling surface and of stepped design in the direction toward the rolling surface, and wherein the rolling surface has a profile, and in that the at least one retaining element is arranged on at least one top cleat surface of the profile.
A method in a wireless device, the wireless device being configured to operate in a 3GPP system, comprising: transmitting uplink data to a network node, the uplink data transmitted according to a semi-persistent scheduling, SPS, configuration obtained from the network node, and skipping transmission of padding when no data is available for transmission; retransmitting the uplink data to the network node until receiving an indication to transmit new uplink data, the indication received from the network node via a physical downlink control channel, PDCCH, wherein indications from the network node on a corresponding Physical Hybrid-ARQ Indicator Channel, PHICH, are not being monitored; and receiving a message from the network node indicating to fallback to a negative acknowledgement, NACK, procedure for performing retransmissions, when the uplink traffic pattern changes from sporadic to non-sporadic according to the SPS grant utilization pattern, wherein the NACK procedure comprises monitoring the corresponding PHICH for NACK messages, and wherein the message from the network node indicating to fallback to the NACK procedure comprises a Radio Resource Control, RRC, reconfiguration message. transmitting uplink data to a network node, the uplink data transmitted according to a semi-persistent scheduling, SPS, configuration obtained from the network node, and skipping transmission of padding when no data is available for transmission; retransmitting the uplink data to the network node until receiving an indication to transmit new uplink data, the indication received from the network node via a physical downlink control channel, PDCCH, wherein indications from the network node on a corresponding Physical Hybrid-ARQ Indicator Channel, PHICH, are not being monitored; and receiving a message from the network node indicating to fallback to a negative acknowledgement, NACK, procedure for performing retransmissions, when the uplink traffic pattern changes from sporadic to non-sporadic according to the SPS grant utilization pattern, wherein the NACK procedure comprises monitoring the corresponding PHICH for NACK messages, and wherein the message from the network node indicating to fallback to the NACK procedure comprises a Radio Resource Control, RRC, reconfiguration message.
Method for encoding interlaced video data being quantized using quantization parameters, wherein the video data contain frames with interlacing fields of at least two types (top, bottom) and inter-prediction of fields (6,6') is used and reference lists are assigned to the fields for indicating reference frames or fields, wherein, if within such reference list a reference to another frame is included, then references (fwd 6 0, fwd 6 1) to both fields (4,4') of the other frame are included separately in direct sequence, characterized in that - the interlaced video data are structured in a hierarchical B frame coding structure; - a temporal level in the hierarchical B frame coding structure is assigned to each of the frames according to their display order; and - different quantization parameters are used for the fields of a frame, wherein for the frames of all except the highest temporal level the quantization parameter is higher for one type (top) of fields than for the other type (bottom) of fields. - the interlaced video data are structured in a hierarchical B frame coding structure; - a temporal level in the hierarchical B frame coding structure is assigned to each of the frames according to their display order; and - different quantization parameters are used for the fields of a frame, wherein for the frames of all except the highest temporal level the quantization parameter is higher for one type (top) of fields than for the other type (bottom) of fields.
A urine receiver comprising a leak-proof container member, a suction part formed in said container member so as to extend outward through said container member and to be connected to a urine suction means provided externally of said container member, and a liquid-pervious sheet adapted to cover an opening of said container member wherein an amount of urine sucked into said container member through said liquid-pervious sheet under a negative pressure generated by said urine suction means is evacuated out from said container member via said suction part under said negative pressure, wherein: said container member is a hollow structure having a length direction, a width direction and a thickness direction which are orthogonal one to another, and comprises a bottom and a peripheral wall rising in said thickness direction from said bottom so that said peripheral wall surrounds said bottom and the upper edge of said peripheral wall defines said opening, said liquid-pervious sheet covering said opening is attached to said upper edge and thereby said container member cooperates with said liquid-pervious sheet to form a urine suction space, said suction part has a urine suction port opening toward said urine suction space and a urine evacuation port opening toward the exterior of said urine suction space, and wherein said suction part has a tubular urine guide member extending from said urine evacuation port toward the interior of said container member characterised in that said urine suction port has a space of 2 to 7 mm from a rib extending from said peripheral wall into said container member, such that the liquid-pervious sheet does not get into the space defined between the urine suction port and the peripheral wall. said container member is a hollow structure having a length direction, a width direction and a thickness direction which are orthogonal one to another, and comprises a bottom and a peripheral wall rising in said thickness direction from said bottom so that said peripheral wall surrounds said bottom and the upper edge of said peripheral wall defines said opening, said liquid-pervious sheet covering said opening is attached to said upper edge and thereby said container member cooperates with said liquid-pervious sheet to form a urine suction space, said suction part has a urine suction port opening toward said urine suction space and a urine evacuation port opening toward the exterior of said urine suction space, and wherein said suction part has a tubular urine guide member extending from said urine evacuation port toward the interior of said container member characterised in that said urine suction port has a space of 2 to 7 mm from a rib extending from said peripheral wall into said container member, such that the liquid-pervious sheet does not get into the space defined between the urine suction port and the peripheral wall.
A two-paste type sealer composition for root canal filling consisting of; a first paste containing a polymer (a) of an acid group-containing polymerizable monomer in which a portion or the entirety of the acidic group in a molecule forms a salt with an alkaline metal, a non-acid reactive powder (b) and water (c), wherein the pH of the first paste is in the range from 3.5 to 5.5, and a second paste containing an acid reactive inorganic powder (d), water (c) and a thickener (e), wherein, a cured product of a kneaded material of the first paste and the second paste comprises 3 to 20 part by weight of the polymer (a), 15 to 60 part by weight of the water (c), and 30 to 70 part by weight of the acid reactive inorganic powder (d).