mhurhangee/ep-ind-claims huggingface dataset:
Coil arrangement for receiving radio-frequency radiation, - comprising at least one flexible local coil in a planar embodiment as well as a rigid local coil in a semi-tubular embodiment, - wherein the flexible local coil comprises first antenna elements (303.1, 303.2, 303.3, 303.4, 303.5) in a planar embodiment for receiving radio-frequency radiation, as well as at least two first connection elements (301.1, 301.2) on different sides of the flexible local coil, - wherein the rigid local coil comprises second antenna elements (102.1, 102.2) for receiving radio-frequency radiation, as well as at least two receiving elements (101.1, 101.2), wherein the first connection elements (301.1, 301.2) and the receiving elements (101.1, 101.2) are designed to connect the flexible local coil in a first alignment to the rigid local coil to form a first tubular overall local coil, characterised in that - the flexible local coil also comprises at least two second connection elements (302.1, 302.2), - wherein the second connection elements (302.1, 302.2) and the receiving elements (101.1, 101.2) are designed to connect the flexible local coil in a second alignment to the rigid local coil to form a second tubular overall local coil, wherein the first alignment of the flexible local coil differs from the second alignment of the flexible local coil. - comprising at least one flexible local coil in a planar embodiment as well as a rigid local coil in a semi-tubular embodiment, - wherein the flexible local coil comprises first antenna elements (303.1, 303.2, 303.3, 303.4, 303.5) in a planar embodiment for receiving radio-frequency radiation, as well as at least two first connection elements (301.1, 301.2) on different sides of the flexible local coil, - wherein the rigid local coil comprises second antenna elements (102.1, 102.2) for receiving radio-frequency radiation, as well as at least two receiving elements (101.1, 101.2), - the flexible local coil also comprises at least two second connection elements (302.1, 302.2), - wherein the second connection elements (302.1, 302.2) and the receiving elements (101.1, 101.2) are designed to connect the flexible local coil in a second alignment to the rigid local coil to form a second tubular overall local coil,
Adapter unit provided for coupling, in particular releasable coupling, of a wiper blade to a wiper arm, having a wind deflector surface which is configured to deflect an incident flow of air and to press the wiper blade against a vehicle window, and having a pivot bearing which is configured to mount the wiper arm pivotably relative to the wiper blade, wherein the pivot bearing has at least two columns (40, 42) arranged largely vertically on an adapter base surface (50, 52), wherein each of the columns (40, 42) has a respective hinge pin (50, 52) which is oriented parallel or largely parallel to a bearing axis and is provided for mounting the wiper arm and/or a wiper arm adapter unit, wherein a column of the at least two columns (40, 42) that faces the wind has a lower height than a column of the at least two columns (40, 42) that faces away from the wind, in particular wherein a height of the at least two columns (40, 42) corresponds to a height profile of the wind deflector surface, characterized in that the hinge pins (50, 52) have a larger pin radius (58, 60) on a pin underside facing the adapter base surface than on a pin upper side facing away from the adapter base surface.
A Diameter authentication server comprising: a memory; a processor operable to execute instructions stored in the memory; a network interface in communication with an authentication client on a network using the Diameter protocol; an authentication module for maintaining state for an authentication session with the authentication client; and a mirroring module in communication with the authentication module, the mirroring module configured to receive authentication messages from the authentication module and from the authentication client, the mirroring module configured to forward the authentication messages to a Diameter mirror server via a service provider's network to provide synchronisation of the Diameter mirror server with the Diameter authentication server, and the mirroring module configured to select the Diameter mirror server from a pool of peer servers on the service provider's network, wherein the instructions are operable to send a session-mirrored attribute-value-pair, AVP, containing the host name of the Diameter mirror server to the authentication client via Diameter authentication protocol messages, to inform the client that the authentication session is mirrored. a memory; a processor operable to execute instructions stored in the memory; a network interface in communication with an authentication client on a network using the Diameter protocol; an authentication module for maintaining state for an authentication session with the authentication client; and a mirroring module in communication with the authentication module, the mirroring module configured to receive authentication messages from the authentication module and from the authentication client, the mirroring module configured to forward the authentication messages to a Diameter mirror server via a service provider's network to provide synchronisation of the Diameter mirror server with the Diameter authentication server, and the mirroring module configured to select the Diameter mirror server from a pool of peer servers on the service provider's network, wherein the instructions are operable to send a session-mirrored attribute-value-pair, AVP, containing the host name of the Diameter mirror server to the authentication client via Diameter authentication protocol messages, to inform the client that the authentication session is mirrored.
A first orthodontic appliance, comprising a shell-like body provided with several cavities accommodating maxillary teeth and at least having a geometric structure allowing at least one tooth in a posterior region to move in a distal direction; wherein the shell-like body is further provided with an auxiliary anchoring portion capable of absorbing a reaction force generated by the at least one tooth in the posterior region while moving in the distal direction, the auxiliary anchoring portion connected to a lingual side at the posterior region of both left and right sides of the shell-like body; provided between the shell-like body and the auxiliary anchoring portion is an auxiliary transmitting portion used for aiding transmission of the reaction force generated by the at least one tooth in the posterior region while moving in the distal direction, the auxiliary transmitting portion provided between an anterior region of the shell-like body and the auxiliary anchoring portion, or the auxiliary transmitting portion provided between the posterior region of the shell-like body and the auxiliary anchoring portion; in response to the first orthodontic appliance being worn on the maxillary teeth, the auxiliary anchoring portion is in contact with a palatal mucosa of an anterior region of a maxillary hard palate so that the anterior region of the maxillary hard palate serves as an anchorage for an anterior region or a partial anchorage for the anterior region, and the reaction force generated by the at least one tooth in the posterior region while moving in the distal direction is absorbed or partially absorbed by the maxillary hard palate. the shell-like body is further provided with an auxiliary anchoring portion capable of absorbing a reaction force generated by the at least one tooth in the posterior region while moving in the distal direction, the auxiliary anchoring portion connected to a lingual side at the posterior region of both left and right sides of the shell-like body; provided between the shell-like body and the auxiliary anchoring portion is an auxiliary transmitting portion used for aiding transmission of the reaction force generated by the at least one tooth in the posterior region while moving in the distal direction, the auxiliary transmitting portion provided between an anterior region of the shell-like body and the auxiliary anchoring portion, or the auxiliary transmitting portion provided between the posterior region of the shell-like body and the auxiliary anchoring portion; in response to the first orthodontic appliance being worn on the maxillary teeth, the auxiliary anchoring portion is in contact with a palatal mucosa of an anterior region of a maxillary hard palate so that the anterior region of the maxillary hard palate serves as an anchorage for an anterior region or a partial anchorage for the anterior region, and the reaction force generated by the at least one tooth in the posterior region while moving in the distal direction is absorbed or partially absorbed by the maxillary hard palate.
A crystal of 1-((2-(3,6-diazabicyclo[3.1.1]heptan-3-yl)-7-(thiazol-2-yl)benzo[d]oxazol-4-yl)oxy)-1,1-difluoro-2-methylpropan-2-ol represented by formula,
A computer-implemented method, performed by an intelligent backup engine, of providing a backup engine, comprising: interfacing to a backup source in a current state; interfacing to a backup storage having stored thereon a first backup version of a previous state of the backup source; computing a delta between the current state and the previous state; determining that a storage quota has been met or exceeded; and thereupon selecting one or more previous backup versions, comprising said first backup version, for demotion, and after said demotion, saving via the backup storage a second back version sufficient to reconstruct the current state, the method further comprising assigning the second backup version a reputation, the reputation determined from said delta relative to one or more previous backup versions, wherein the selecting selects the one or more previous backup versions, based on a reputation assigned to the one or more previous backup versions. interfacing to a backup source in a current state; interfacing to a backup storage having stored thereon a first backup version of a previous state of the backup source; computing a delta between the current state and the previous state; determining that a storage quota has been met or exceeded; and thereupon selecting one or more previous backup versions, comprising said first backup version, for demotion, and after said demotion, saving via the backup storage a second back version sufficient to reconstruct the current state, the method further comprising assigning the second backup version a reputation, the reputation determined from said delta relative to one or more previous backup versions, wherein the selecting selects the one or more previous backup versions, based on a reputation assigned to the one or more previous backup versions.
A method for transmitting a channel quality indicator, CQI, in a wireless communication system, the method comprising: calculating, at a mobile station, a wideband CQI for an entire band, the entire band including at least two sub-bands; calculating, at the mobile station, at least one sub-band CQI for the at least one sub-band; and transmitting the wideband CQI (511,..., 515) for the entire band and the at least one sub-band CQI (501,..., 505) for the at least one sub-band at a same transmission time interval, wherein when the at least one sub-band for a sub-band CQI transmission is configured, the at least one sub-band CQI for the at least one sub-band is transmitted without at least one index indicating a position of the at least one sub-band. calculating, at a mobile station, a wideband CQI for an entire band, the entire band including at least two sub-bands; calculating, at the mobile station, at least one sub-band CQI for the at least one sub-band; and transmitting the wideband CQI (511,..., 515) for the entire band and the at least one sub-band CQI (501,..., 505) for the at least one sub-band at a same transmission time interval, wherein when the at least one sub-band for a sub-band CQI transmission is configured, the at least one sub-band CQI for the at least one sub-band is transmitted without at least one index indicating a position of the at least one sub-band.
An organic thin film transistor (10a, 10b, 10c, 10d) comprising: a gate electrode; an insulating film that is formed to cover the gate electrode; an organic semiconductor layer that is formed on the insulating film; and a source electrode and a drain electrode that are formed on the organic semiconductor layer, wherein the insulating film includes an inorganic film consisting of SiNH, characterized in that the ratio SiN:H of the number of SiN atoms to the number of H atoms in the inorganic film is 1:0.7 to 2. a gate electrode; an insulating film that is formed to cover the gate electrode; an organic semiconductor layer that is formed on the insulating film; and a source electrode and a drain electrode that are formed on the organic semiconductor layer, wherein the insulating film includes an inorganic film consisting of SiNH, characterized in that the ratio SiN:H of the number of SiN atoms to the number of H atoms in the inorganic film is 1:0.7 to 2.
Plug connector housing, having a sleeve housing and a screw attachment, wherein the sleeve housing has an outer surface of circular cross section with a circumferential first groove formed therein and wherein the screw attachment has an inner surface of circular cross section with a circumferential second groove formed therein, and wherein the plug connector housing further has a circlip. which, in the assembled state, is arranged with its inner circumference in the first groove and with its outer circumference in the second groove in order to hold the screw attachment rotatably on the sleeve housing, wherein the first groove, within the scope of manufacturing tolerances, has a depth which corresponds at least to a height of the profile of the circlip, such that the circlip can be received fully in the first groove, characterized in that the screw attachment, in order to facilitate assembly, has on the inside at its end facing the sleeve housing a chamfer by way of which the circlip pre-assembled in the first groove, during fitting of the screw attachment onto the sleeve housing, is initially elastically compressible and, in the final state, can be latched into the second groove.
A modular robotic system comprising: a first soft actuator comprising an elastomeric bladder configured to receive an inflation fluid; a sensor comprising one or more of: a flow sensor, a pressure sensor, a thermal sensor, or a piezoelectric sensor; and a shut-off valve for cutting off a flow of the inflation fluid to the actuator, characterized in that the shut-off valve is configured to cut off the flow of the inflation fluid when a pattern corresponding to an imminent failure of the actuator is detected by said sensor. a first soft actuator comprising an elastomeric bladder configured to receive an inflation fluid; a sensor comprising one or more of: a flow sensor, a pressure sensor, a thermal sensor, or a piezoelectric sensor; and a shut-off valve for cutting off a flow of the inflation fluid to the actuator, characterized in that the shut-off valve is configured to cut off the flow of the inflation fluid when a pattern corresponding to an imminent failure of the actuator is detected by said sensor.
Vehicle front end with a cooler area and an air flap device arranged before the cooler area, said air flap device having a frame and pivotable fins inserted therein to regulate the air inlet, wherein the fins each extend with two opposing sides (2a, 2b) with their longitudinal extension between corresponding pivot bearings (1 a, 1 b) of the frame, in which they are pivotably mounted about a pivot axis extending approximately transversely to the direction of travel, wherein support elements are provided on the frame between the opposing pivot bearings (1a, 1b), between which the fins extend, said support elements being designed to support the fins against a pressure load acting on them contrary to the direction of travel, wherein the support elements have support protrusions (3a, 3b, 3c) which are designed so that they each lie against an abutment area (2a, 2a') on the inner side of a fin or can lie against it in the event of a pressure load exerted on the fins contrary to the direction of travel, and wherein the support protrusions (3a, 3b, 3c) have abutment portions (3a1, 3b1, 3c) for abutment against the abutment areas (2a, 2a') of the fins, wherein the support elements have supporting struts, extending transversely to the direction of travel and transversely to the longitudinal direction of the fins, said supporting struts connecting two opposite edges of the frame, and on which supporting struts the support protrusions (3a, 3b, 3c) are provided, characterised in that the support protrusions (3a, 3b, 3c) are arranged, transverse ly to the direction of travel, offset at least in sections relative to the support strut.
A method for purifying at least one non-aggregated antibody or at least one immunoreactive antibody fragment from an impure preparation containing said antibody or antibody fragment comprising the steps of (a) contacting the impure preparation with an apatite chromatography support, wherein the apatite chromatography support is in a calcium-derivatized form and (b) eluting said antibody or antibody fragment with an eluant having sulfate as the eluant's primary eluting ion, wherein the eluant is substantially free of phosphate. (a) contacting the impure preparation with an apatite chromatography support, wherein the apatite chromatography support is in a calcium-derivatized form and (b) eluting said antibody or antibody fragment with an eluant having sulfate as the eluant's primary eluting ion, wherein the eluant is substantially free of phosphate.
A multi-compartment cartridge for enclosing at least one substance, the cartridge comprises: - a first housing; - a second housing; - a first filter member; and - a cover; characterized in that - said first housing comprises a tapered cylindrical body with a plurality of longitudinal grooves and a central axis, wherein said cylindrical body comprises an upper edge, a lower edge, an opening, a bottom wall with a plurality of substantially convex portions (15a, 15b, 15c, 15d) and a plurality of through-apertures (16a, 16b); - said second housing comprises a tapered cylindrical body with a central axis, wherein said cylindrical body comprises an upper edge, a lower edge, an opening, a bottom wall having a substantially convex portion with a plurality of through-apertures (26a, 26b), and wherein said bottom wall has an upper surface and a lower surface; - said first filter member has a disc shape with an upper surface and a lower surface, wherein a radius of said first filter member is greater than a radius of said bottom wall but less that a radius of said upper edge; - said cover comprises a disc-shaped body with a central axis, an opening with a plurality of through-apertures, and an edge extending from a circumference of cover downwardly around said central axis towards said bottom walls (15, 25), wherein a radius of said opening is similar to a radius of said opening. - a first housing; - a second housing; - a first filter member; and - a cover; characterized in that - said first housing comprises a tapered cylindrical body with a plurality of longitudinal grooves and a central axis, wherein said cylindrical body comprises an upper edge, a lower edge, an opening, a bottom wall with a plurality of substantially convex portions (15a, 15b, 15c, 15d) and a plurality of through-apertures (16a, 16b); - said second housing comprises a tapered cylindrical body with a central axis, wherein said cylindrical body comprises an upper edge, a lower edge, an opening, a bottom wall having a substantially convex portion with a plurality of through-apertures (26a, 26b), and wherein said bottom wall has an upper surface and a lower surface; - said first filter member has a disc shape with an upper surface and a lower surface, wherein a radius of said first filter member is greater than a radius of said bottom wall but less that a radius of said upper edge; - said cover comprises a disc-shaped body with a central axis, an opening with a plurality of through-apertures, and an edge extending from a circumference of cover downwardly around said central axis towards said bottom walls (15, 25), wherein a radius of said opening is similar to a radius of said opening.
A computer-implemented method for automatically determining or fine-tuning bus service schedules for bus stops along a route, the method comprising: causing reception of location data, the location data comprised of a plurality of location points and associated temporal data, wherein the location data is received from a plurality of buses; aggregating the location data by the route and direction to determine a trip count, the trip count representing a number of trips along the same route in the same direction; causing reception of one or more bus stop locations; partitioning the plurality of location points and associated temporal data into a number of clusters such that the temporal data associated with each location point belongs to the cluster with the nearest mean, each cluster formed around an estimated arrival time at a bus stop location for a given trip of the trip count; calculating a mean arrival time at each of the one or more bus stop locations for each trip; and generating, using a processor, at least one bus service schedule for each of the one or more bus stop locations, wherein the mean arrival time of each trip represents the bus service schedule, the bus service schedule for providing bus service schedule information to a traveller. causing reception of location data, the location data comprised of a plurality of location points and associated temporal data, wherein the location data is received from a plurality of buses; aggregating the location data by the route and direction to determine a trip count, the trip count representing a number of trips along the same route in the same direction; causing reception of one or more bus stop locations; partitioning the plurality of location points and associated temporal data into a number of clusters such that the temporal data associated with each location point belongs to the cluster with the nearest mean, each cluster formed around an estimated arrival time at a bus stop location for a given trip of the trip count; calculating a mean arrival time at each of the one or more bus stop locations for each trip; and generating, using a processor, at least one bus service schedule for each of the one or more bus stop locations, wherein the mean arrival time of each trip represents the bus service schedule, the bus service schedule for providing bus service schedule information to a traveller.
An insertion device of yarn-like articles for a flat knitting machine, comprising: a carrier movable on a rail of the flat knitting machine; an electric power supply provided in the carrier; a motor provided in the carrier; and characterized by a pair of rollers capable of sending out a yarn-like article provided in the carrier, wherein at least one of the pair of rollers is a driving roller driven by said motor, a cutting device capable of cutting the yarn-like article sent out by said pair of rollers and provided at a downstream position from said pair of rollers in the carrier, and an elevation means for raising and lowering said motor, said pair of rollers, and said cutting device, relative to said carrier, and provided in said carrier. a carrier movable on a rail of the flat knitting machine; an electric power supply provided in the carrier; a motor provided in the carrier; and characterized by a pair of rollers capable of sending out a yarn-like article provided in the carrier, wherein at least one of the pair of rollers is a driving roller driven by said motor, a cutting device capable of cutting the yarn-like article sent out by said pair of rollers and provided at a downstream position from said pair of rollers in the carrier, and an elevation means for raising and lowering said motor, said pair of rollers, and said cutting device, relative to said carrier, and provided in said carrier.