mhurhangee/ep-ind-claims huggingface dataset:
A method of a terminal in a wireless communication system, the method comprising: receiving, on a first cell on which the terminal is camped, first system information including public land mobile network, PLMN, information: receiving from the first cell second system information including closed subscriber group, CSG, cell information; comparing the PLMN information included in the first system information with PLMN information previously received on a second cell on which the terminal was previously camped; and selecting a cell to be camped on among a plurality of cells based on the closed subscriber group, CSG, cell information if the PLMN information included in the first system information is identical to the PLMN information previously received. receiving from the first cell second system information including closed subscriber group, CSG, cell information; comparing the PLMN information included in the first system information with PLMN information previously received on a second cell on which the terminal was previously camped; and selecting a cell to be camped on among a plurality of cells based on the closed subscriber group, CSG, cell information if the PLMN information included in the first system information is identical to the PLMN information previously received.
An α-SiAlON represented by the general formula: x (Eu) y (Si) 12-(m+n) (Al) m+n n 16-n, wherein M denotes one or more elements including at least Ca, selected from the group consisting of Li, Mg, Ca, Y and lanthanide elements, except for La and Ce, wherein a 50% mean area diameter of primary particles of the α-SiAlON, measured using the EBSD method, is 5 μm or more, characterized in that a ratio of the 50% mean area diameter of the primary particles to a 50% mean area diameter of the secondary particles of the α-SiAlON, measured using the EBSD method, is 0.56 or more, and a D50 particle diameter (50% mean volume diameter) of the secondary particles of the α-SiAlON is 13 μm or more and 30 μm or less. wherein M denotes one or more elements including at least Ca, selected from the group consisting of Li, Mg, Ca, Y and lanthanide elements, except for La and Ce, wherein a 50% mean area diameter of primary particles of the α-SiAlON, measured using the EBSD method, is 5 μm or more, characterized in that a ratio of the 50% mean area diameter of the primary particles to a 50% mean area diameter of the secondary particles of the α-SiAlON, measured using the EBSD method, is 0.56 or more, and a D50 particle diameter (50% mean volume diameter) of the secondary particles of the α-SiAlON is 13 μm or more and 30 μm or less.
A method for determining lithographic processing conditions for a lithographic process, the method comprising: - obtaining characteristics of an illumination source and a mask design, the mask design comprising a lithography pattern, - performing a first optimization for combined optimizing of at least the illumination source characteristics and the mask design characteristics for the lithographic process, whereby for said first optimization non-rectangular sub-resolution assist features for the mask are allowed, - determining from said first optimization a set of optimized illumination source characteristics, - performing one or more further optimizations for optimizing the mask design characteristics of the lithographic process, whereby for said one or more further optimizations the presence of non-rectangular sub-resolution assist features for said mask design is excluded and whereby said one or more further optimizations take into account said set of optimized illumination source characteristics without allowing further variation of these illumination source characteristics, and - determining from said one or more further optimizations a set of optimized mask design characteristics excluding non-rectangular sub-resolution assist features, characterized in that performing said one or more further optimizations comprises taking into account mask rule check settings expressing at least that the most complex mask design feature allowed in the one or more further optimizations is less complex than the most complex mask design feature allowed in the first optimization. - obtaining characteristics of an illumination source and a mask design, the mask design comprising a lithography pattern, - performing a first optimization for combined optimizing of at least the illumination source characteristics and the mask design characteristics for the lithographic process, whereby for said first optimization non-rectangular sub-resolution assist features for the mask are allowed, - determining from said first optimization a set of optimized illumination source characteristics, - performing one or more further optimizations for optimizing the mask design characteristics of the lithographic process, whereby for said one or more further optimizations the presence of non-rectangular sub-resolution assist features for said mask design is excluded and whereby said one or more further optimizations take into account said set of optimized illumination source characteristics without allowing further variation of these illumination source characteristics, and - determining from said one or more further optimizations a set of optimized mask design characteristics excluding non-rectangular sub-resolution assist features, characterized in that performing said one or more further optimizations comprises taking into account mask rule check settings expressing at least that the most complex mask design feature allowed in the one or more further optimizations is less complex than the most complex mask design feature allowed in the first optimization.
A terminal apparatus comprising: obtaining means configured to obtain, by receiving a Radio Resource Control, RRC, Reconfiguration message from a base station apparatus that is currently connected to the terminal apparatus, a communication parameter that is to be used when the terminal apparatus is connected to a candidate base station apparatus that is a candidate for handover destination, and a condition for executing handover to the candidate base station apparatus, wherein the communication parameter, generated by the candidate base station apparatus, to be used when the terminal apparatus is connected to the candidate base station apparatus is determined based on a currently-used communication parameter for communication between the terminal apparatus and the base station apparatus; generation means configured to generate identification information associated with the communication parameter; responding means configured to respond to the RRC Reconfiguration message with an RRC Reconfiguration Complete message to the base station apparatus, wherein the RRC Reconfiguration Complete message includes the identification information; and transmitting means configured to transmit, to the candidate base station apparatus, a message that includes the identification information associated with the communication parameter, when handover to the candidate base station apparatus is performed based on the condition. obtaining means configured to obtain, by receiving a Radio Resource Control, RRC, Reconfiguration message from a base station apparatus that is currently connected to the terminal apparatus, a communication parameter that is to be used when the terminal apparatus is connected to a candidate base station apparatus that is a candidate for handover destination, and a condition for executing handover to the candidate base station apparatus, wherein the communication parameter, generated by the candidate base station apparatus, to be used when the terminal apparatus is connected to the candidate base station apparatus is determined based on a currently-used communication parameter for communication between the terminal apparatus and the base station apparatus; generation means configured to generate identification information associated with the communication parameter; responding means configured to respond to the RRC Reconfiguration message with an RRC Reconfiguration Complete message to the base station apparatus, wherein the RRC Reconfiguration Complete message includes the identification information; and transmitting means configured to transmit, to the candidate base station apparatus, a message that includes the identification information associated with the communication parameter, when handover to the candidate base station apparatus is performed based on the condition.
Optical or electronically enlarged visual aid device in the form of a handheld magnifier, stand-up magnifier or cloak magnifier, comprising: at least one electrical or electronic functional component which consumes electrical energy in at least one operating state, at least one of the rechargeable electrical energy storage units assigned to at least one electrical or electronic functional component; characterised by at least one inductive element assigned to at least one electric energy storage, which is set up to supply the at least one electrical energy storage with at least one further inductive element with electrical energy via inductive interaction, an elongated base body having at least one storage portion for storing at least one optical element, in particular a lens or magnifying glass, and at least one handling portion for handling the base body, wherein the at least one inductive element is arranged or formed in the area of the handling portion on or in the base body. at least one electrical or electronic functional component which consumes electrical energy in at least one operating state, at least one of the rechargeable electrical energy storage units assigned to at least one electrical or electronic functional component; characterised by at least one inductive element assigned to at least one electric energy storage, which is set up to supply the at least one electrical energy storage with at least one further inductive element with electrical energy via inductive interaction, an elongated base body having at least one storage portion for storing at least one optical element, in particular a lens or magnifying glass, and at least one handling portion for handling the base body, wherein the at least one inductive element is arranged or formed in the area of the handling portion on or in the base body.
Method of a vehicle for detecting surroundings in traffic situations where there is restricted passage geometry, the method comprising the steps of: - detecting, by means of at least one sensor (11, 12, 13), at least one sensor value regarding a vehicle environment; - identifying a restricted passage geometry on the basis of the at least one sensor value; - determining a position of the restricted passage geometry and an extent of the restricted passage geometry on the basis of the at least one sensor value; - determining at least one further vehicle having dimensions exceeding the determined extent and/or a route leading to the position of the restricted passage geometry; - generating a message relating to the determined extent and position of the restricted passage geometry for output by the at least one further vehicle; and - transmitting the message to the at least one further vehicle, a server and/or a roadside unit. - detecting, by means of at least one sensor (11, 12, 13), at least one sensor value regarding a vehicle environment; - identifying a restricted passage geometry on the basis of the at least one sensor value; - determining a position of the restricted passage geometry and an extent of the restricted passage geometry on the basis of the at least one sensor value; - determining at least one further vehicle having dimensions exceeding the determined extent and/or a route leading to the position of the restricted passage geometry; - generating a message relating to the determined extent and position of the restricted passage geometry for output by the at least one further vehicle; and - transmitting the message to the at least one further vehicle, a server and/or a roadside unit.
A composition comprising: a silanol functionalized polyolefin; an anhydride-free brominated flame retardant; antimony trioxide; wherein the composition comprises: from 30 wt% to 60 wt% of the silanol functionalized polyolefin; from 10 wt% to 30 wt% of the anhydride-free brominated flame retardant; from 10 wt% to 30 wt% of the antimony trioxide; from 5 wt% to 20 wt% of an ethylene/ethyl acrylate copolymer; and the composition has a Sb:Br molar ratio from 0.39 to 0.95. a silanol functionalized polyolefin; an anhydride-free brominated flame retardant; antimony trioxide; wherein the composition comprises: from 30 wt% to 60 wt% of the silanol functionalized polyolefin; from 10 wt% to 30 wt% of the anhydride-free brominated flame retardant; from 10 wt% to 30 wt% of the antimony trioxide; from 5 wt% to 20 wt% of an ethylene/ethyl acrylate copolymer; and the composition has a Sb:Br molar ratio from 0.39 to 0.95. from 30 wt% to 60 wt% of the silanol functionalized polyolefin; from 10 wt% to 30 wt% of the anhydride-free brominated flame retardant; from 10 wt% to 30 wt% of the antimony trioxide; from 5 wt% to 20 wt% of an ethylene/ethyl acrylate copolymer; and the composition has a Sb:Br molar ratio from 0.39 to 0.95.
Wall-mounted tap comprising a connection device which can be fastened to a bearing part arranged in a positionally fixed manner and which comprises at least one line section having a line section inlet and a line section outlet, and a tap body comprising a water duct having a water duct inlet and a water duct outlet, wherein the water duct inlet can be fluidically connected to the line section outlet, wherein the wall-mounted tap further comprises a support element which can be connected to the bearing part, which support element has a guide opening extending along a centre axis, and that the tap body has a guide portion, wherein, in the installed position, the guide portion projects into the guide opening and is in surface contact with the guide opening, characterized in that the line section projects by way of its line section outlet into the guide opening, and in that the water duct inlet is in fluid contact with the line section outlet within the guide opening, and in that the guide opening and the guide portion are not designed as a fluidic sealing pair, but in that the pairing of guide opening and guide portion performs exclusively a mechanical supporting action.
A fitting, in particular a backrest adjustment fitting for a vehicle seat, comprising a first fitting part, on which an internal geared wheel with an internal tooth system is arranged, a second fitting part rotatable relative to the first fitting part around an axial longitudinal axis of the fitting, on which fitting part a spur wheel engaging in the internal geared wheel is arranged, and a ring-shaped axial securing means fastened to the internal geared wheel, wherein the spur wheel is secured in the axial direction between the internal geared wheel and the axial securing means, wherein the axial securing means and the internal geared wheel form an interior extending in the axial direction of the axis of rotation, which interior is spaced apart from the axis of rotation of the backrest adjustment fitting, whereby the interior permits an installation-free accommodation of the spur wheel within the backrest adjustment fitting in the axial direction, characterized in that the stiffening structure of the axial securing means is formed on an internal radius or in an annular surface of the axial securing means, wherein the stiffening structure is arranged on the side facing away from the spur wheel.
A method for isolating nucleic acids from a stabilized sample or fraction thereof, wherein the sample stabilization involved the use of at least one formaldehyde releaser characterized in that isolating the nucleic acids from the stabilized sample or fraction thereof involves the use of at least one cationic detergent during lysis of the stabilized sample or fraction thereof.
Rail vehicle having tilting technology, wherein the car body is supported on at least two chassis (3,6), characterised in that at least one of the chassis (3,6) is connected to the car body via an active tilting technology system, and that at least one further chassis (3,6) is connected to the car body via a passive tilting technology system.
A bone anchor assembly (110, 310, 410), comprising: a bone anchor (112, 212, 312, 412) having a proximal head (118, 218, 318, 418) and a distal shank (120, 220, 320, 420); and a receiver member (114, 160, 314, 360, 414, 460) having a seat formed therein configured to movably seat the head (118, 218, 318, 418) of the bone anchor (112, 212, 312, 412) such that the shank (120, 220, 320, 420) of the bone anchor (112, 212, 312, 412) can be positioned at a plurality of angles with respect to the receiver member (114, 160, 314, 360, 414, 460); characterized in that the head (118, 218, 318, 418) of the bone anchor (112, 212, 312, 412) includes an orientation indication feature (122, 222, 223A, 223B, 319, 419) that engages an orientation indication feature (150, 164, 366A, 466A) of the receiver member (114, 160, 314, 360, 414, 460) to provide feedback when the shank (120, 220, 320, 420) is positioned in a predetermined orientation with respect to the receiver member (114, 160, 314, 360, 414, 460). a bone anchor (112, 212, 312, 412) having a proximal head (118, 218, 318, 418) and a distal shank (120, 220, 320, 420); and a receiver member (114, 160, 314, 360, 414, 460) having a seat formed therein configured to movably seat the head (118, 218, 318, 418) of the bone anchor (112, 212, 312, 412) such that the shank (120, 220, 320, 420) of the bone anchor (112, 212, 312, 412) can be positioned at a plurality of angles with respect to the receiver member (114, 160, 314, 360, 414, 460); characterized in that the head (118, 218, 318, 418) of the bone anchor (112, 212, 312, 412) includes an orientation indication feature (122, 222, 223A, 223B, 319, 419) that engages an orientation indication feature (150, 164, 366A, 466A) of the receiver member (114, 160, 314, 360, 414, 460) to provide feedback when the shank (120, 220, 320, 420) is positioned in a predetermined orientation with respect to the receiver member (114, 160, 314, 360, 414, 460).
Steering drive for a vehicle (1; 1a) having a control arrangement which can be operated by a driver, and two servomotors (21, 22) which can each respectively be at least indirectly coupled to a wheel (11 to 14), wherein the connection of the control arrangement to the servomotors (21, 22) is made without a mechanical coupling, wherein the steering drive is embodied in such a way that in the normal operating mode each of the two servomotors (21, 22) is assigned directly to a wheel (11 to 14) and steers the latter, and in that in the normal operating mode a direct mechanical connection is not formed between the two wheels (11 to 14) of an axle (15, 16), characterized in that when a failure or a malfunction of at least one servomotor (21, 22) is detected, means (25; 25a; 25b) are provided which position the at least one servomotor (21, 22) in a setpoint position in such a way that the wheel (11 to 14) which is arranged in an operative connection to the at least one servomotor (21, 22) assumes a target steering angle.
A dispenser comprising: a body; a turret rotatably mounted in said body; a plurality of roll holders (22, 24, 26, 28, 30) connected to said turret and extending generally parallel to an axis of rotation of said turret; a cover connected to said body and movable from a closed position covering said turret to an open position that permits accessing said turret; a single roll diameter sensor pivotally mounted about said axis of rotation of said turret within said dispenser, said sensor sensing whether a roll of web material on one of said plurality of roll holders has reached a predetermined minimum diameter; and a single movable trigger latch pivotally mounted about an axis parallel to said axis of rotation of said turret within said dispenser and common to each of said plurality of roll holders, said trigger latch blocking rotation of said turret until said roll of web material on said one of said plurality of roll holders has reached said predetermined minimum diameter, said trigger latch then releasing said turret to rotate in a first 1. A dispenser comprising: a body; direction, and said trigger latch is movable from a first position in which it clamps one of said plurality of roll holders to a second position free of contact with said one of said plurality of roll holders. a body; a turret rotatably mounted in said body; a plurality of roll holders (22, 24, 26, 28, 30) connected to said turret and extending generally parallel to an axis of rotation of said turret; a cover connected to said body and movable from a closed position covering said turret to an open position that permits accessing said turret; a single roll diameter sensor pivotally mounted about said axis of rotation of said turret within said dispenser, said sensor sensing whether a roll of web material on one of said plurality of roll holders has reached a predetermined minimum diameter; and a single movable trigger latch pivotally mounted about an axis parallel to said axis of rotation of said turret within said dispenser and common to each of said plurality of roll holders, said trigger latch blocking rotation of said turret until said roll of web material on said one of said plurality of roll holders has reached said predetermined minimum diameter, said trigger latch then releasing said turret to rotate in a first 1. A dispenser comprising: a body; direction, and said trigger latch is movable from a first position in which it clamps one of said plurality of roll holders to a second position free of contact with said one of said plurality of roll holders.
Rail vehicle gantry chassis, comprising a gantry frame consisting of a horizontal and two vertical sections and wheels arranged on said vertical sections, characterised in that the vertical sections are connected in a fixed and detachable manner by means of a transverse crossbar embodied in the manner of a flat spring, wherein the transverse crossbar is subjected to an elastic deformation in the event of operating loads on the rail vehicle.
An apparatus for ultrasound imaging of a patient's body, the system comprising: an ultrasound transducer configured and arranged to transmit ultrasound excitation pulses of alternating polarity and receive ultrasound echo signals in response to the excitation signals; means coupled to the ultrasound transducer for receiving the ultrasound echo signals and configured to apply a weighting scheme to the received ultrasound echo signals, characterised in that the weighting scheme is given by ∑ t = 1 n a • P t + / − + b • P t + 1 − / + + c • P t + 2 + / − where t is an index of summation incremented by 1, t and t+1 indicate neighbouring pulse responses, P +/- and P -/+ are echo signals in response to excitation pulses of opposite polarities, n is an upper bound of summation equal to 3 or more, and a, b, and c are weighting coefficients equal to 1, 2 and 1 respectively. an ultrasound transducer configured and arranged to transmit ultrasound excitation pulses of alternating polarity and receive ultrasound echo signals in response to the excitation signals; means coupled to the ultrasound transducer for receiving the ultrasound echo signals and configured to apply a weighting scheme to the received ultrasound echo signals, characterised in that the weighting scheme is given by ∑ t = 1 n a • P t + / − + b • P t + 1 − / + + c • P t + 2 + / −