mhurhangee/ep-ind-claims huggingface dataset:
A subscriber station device in a mobile communication system supporting at least two power control schemes, comprising: a medium access control, MAC, entity for, upon receipt of a power control change command message from a base station, extracting information about a power control scheme requested by the base station from the power control change command message; and a power controller for selecting a power control scheme according to the extracted information received from the MAC entity and determining the transmit power of an uplink burst according to the selected power control scheme, wherein the power control change command message comprises a power control mode change field indicating the power control scheme requested by the base station, a start frame field indicating a frame number as to when the indicated power control mode is activated, and an Offset field indicating a change in power level that the subscriber station should apply to an open loop power control formula, if the indicated power control mode is the open-loop power control. a medium access control, MAC, entity for, upon receipt of a power control change command message from a base station, extracting information about a power control scheme requested by the base station from the power control change command message; and a power controller for selecting a power control scheme according to the extracted information received from the MAC entity and determining the transmit power of an uplink burst according to the selected power control scheme, wherein the power control change command message comprises a power control mode change field indicating the power control scheme requested by the base station, a start frame field indicating a frame number as to when the indicated power control mode is activated, and an Offset field indicating a change in power level that the subscriber station should apply to an open loop power control formula, if the indicated power control mode is the open-loop power control.
A method for controlling access of a user equipment, UE, at a mobile management entity, MME, in a communication system including a femto base station, BS, and a core network, the method comprising receiving, from the UE, a service request message, and searching for subscriber information regarding the UE, wherein the subscriber information comprises information regarding which femto BS to the UE can access and information regarding to which UE an local break out, LBO, service is permitted; determining whether the UE is permitted to access an internet protocol, IP, network through the femto BS based on the searched subscriber information; and if the UE is permitted to access the IP network through the femto BS, transmitting, to the femto BS, a message for permitting that the UE accesses the IP network through the femto BS, wherein when if the UE is permitted to access the IP network through the femto BS, IP traffic data transmitted from the UE is transmitted to an external public internet network using an IP address allocated by the femto BS. receiving, from the UE, a service request message, and searching for subscriber information regarding the UE, wherein the subscriber information comprises information regarding which femto BS to the UE can access and information regarding to which UE an local break out, LBO, service is permitted; determining whether the UE is permitted to access an internet protocol, IP, network through the femto BS based on the searched subscriber information; and if the UE is permitted to access the IP network through the femto BS, transmitting, to the femto BS, a message for permitting that the UE accesses the IP network through the femto BS, wherein when if the UE is permitted to access the IP network through the femto BS, IP traffic data transmitted from the UE is transmitted to an external public internet network using an IP address allocated by the femto BS.
A process for obtaining a natural fatend or afterend casing from an animal, comprising the step of a) desalting the natural fatend or afterend casing with water and it is characterized by comprising the following steps: b) turning inside out the natural fatend or afterend casing to clean an inside fat; c) soaking the natural fatend or afterend casing in hot water between 15°C and 40°C; d) soaking the natural fatend or afterend casing obtained in step c) in cold water between 0°C and 5°C; e) turning outside in the natural fatend or afterend casing obtained in step d) and placing said casing on a mold; g) dehydrating the natural fatend or afterend casing in the oven at a temperature between 15°C and 70°C until the desired size is achieved. b) turning inside out the natural fatend or afterend casing to clean an inside fat; c) soaking the natural fatend or afterend casing in hot water between 15°C and 40°C; d) soaking the natural fatend or afterend casing obtained in step c) in cold water between 0°C and 5°C; e) turning outside in the natural fatend or afterend casing obtained in step d) and placing said casing on a mold; g) dehydrating the natural fatend or afterend casing in the oven at a temperature between 15°C and 70°C until the desired size is achieved.
A compound of formula: CCLLCCLLC (SEQ ID No. 1); wherein C represents a cationic amino acid and L represents an amino acid with a lipophilic R group and in which one of the amino acids having a lipophilic R group is a non-genetically coded amino acid, said compound optionally in the form of a salt, ester or amide, for use as an anti-tumour agent.
An X-ray anti-scatter assembly, comprising: a boron-nitride substrate; and X-ray absorbing septa coupled to the boron-nitride substrate. a boron-nitride substrate; and X-ray absorbing septa coupled to the boron-nitride substrate.
An installation for producing sandwich cookies and the like, in which a first cookie feeding device provided with a cookie hopper for the lower cookies, a coating device provided with a cylindrical coating head, a second cookie feeding device provided with a cookie hopper for the upper cookies and a calibration device for the sandwich cookies are disposed consecutively in a machine frame along a sandwiching section and an elongate cookie conveying device is provided in said machine frame, which cookie conveying device extends along said sandwiching section from the first cookie feeding device as far as said calibration device for the sandwich cookies, wherein said cookie conveying device is configured as a suction belt conveyor, on the suction belt of which the sandwich cookies are created, the first cookie feeding device has an output portion disposed above the suction belt conveyor, in which a first cookie discharging head discharging the lower cookies individually is disposed, wherein a first inspection device for the lower cookies deposited on said suction belt is disposed downstream of said first cookie discharging head above the suction belt conveyor, wherein said cylindrical coating head of said coating device is disposed downstream of said first inspection device above said suction belt conveyor, wherein said second cookie feeding device has a second output portion disposed downstream of said coating head above said suction belt conveyor, in which a second cookie discharging head discharging the upper cookies individually is disposed and wherein a second inspection device for the cookie sandwiches formed by said second cookie discharging head and disposed on said suction belt is disposed downstream of said second cookie discharging head above said suction belt conveyor, wherein said suction belt conveyor has a negative-pressure chamber disposed below the upper strand of the suction belt, and wherein the negative-pressure chamber extends in the longitudinal direction of the installation from the first cooking feeding device as far as the calibrating device disposed in a discharge device.
Device for measuring a quantity of a substance given off by diffusion through at least one sample material for a measuring cell system, wherein the at least one sample material is arranged in a measuring cell system, wherein the measuring cell system comprises at least one, preferably a plurality of measuring cells, each comprising a first container in which a sample material is arranged, respectively, and a second container, wherein the first container is arranged in the respective second container, comprising - at least one measuring head comprising at least one measuring means, characterized in that the measuring means comprises at least one first and one second sensor means, wherein the first and the second sensor means are arranged at a defined mutual distance, wherein the geometry and the dimensions of the measuring head are adapted to at least one measuring cell of the measuring cell system such that the measuring head can be placed on the first container such that the sensor means can each be placed at a defined distance from the sample material and/or from a reference plane arranged in the first container. - at least one measuring head comprising at least one measuring means,
A machining tool comprising a frame, a drive shaft of a tool being mounted therein so as to pivot about an axis of rotation and to move axially along the axis of rotation, the shaft being connected to two rotary motors (10; 20), namely a first motor connected to a member for coupling by a sliding connection with a first section (2.1) of the shaft in order to drive the shaft in rotation and a second motor connected to a nut by a helicoidal connection with a second section (2.2) of the shaft in order to move the shaft axially, the first motor and the second motor being coaxial with one another and connected to a control unit, the machining tool being characterized in that the control unit is connected to position sensors of the rotors of the motors and designed to control the motors so as to produce an axial displacement at constant speed of the drive shaft and to superpose onto this axial displacement axial oscillations having an amplitude and a frequency capable of chip fragmentation, the control unit being designed to permit a modification in real time of the amplitude and the frequency of its oscillations.
A process for producing superabsorbent polymer particles, comprising polymerization of a monomer solution or suspension, comprising a) at least one ethylenically unsaturated monomer which bears acid groups and may be at least partly neutralized, b) at least one crosslinker, c) at least one initiator, d) optionally one or more ethylenically unsaturated monomers copolymerizable with the monomers mentioned under a) and e) optionally one or more water-soluble polymers, drying the resulting polymer gel, grinding, classifying and surface postcrosslinking the resulting polymer particles, wherein the surface postcrosslinked superabsorbent polymer particles are classified into an undersize, midsize, and oversize fraction, the sieve for separating the undersize fraction and the midsize fraction has a mesh size from 100 to 300 μm, the sieve for separating the oversize fraction and the midsize fraction has a mesh size from 600 to 1,200 μm, the superabsorbent polymer particles of the oversize fraction are deagglomerated using a roll crusher, and the deagglomerated superabsorbent polymer particles are recycled before or into the classification of the surface postcrosslinked superabsorbent polymer particles. a) at least one ethylenically unsaturated monomer which bears acid groups and may be at least partly neutralized, b) at least one crosslinker, c) at least one initiator, d) optionally one or more ethylenically unsaturated monomers copolymerizable with the monomers mentioned under a) and e) optionally one or more water-soluble polymers,
A self-locking closing device having a main locking element, which automatically moves into a closed position when activated on the strike plate side, wherein the main locking element comprises a drive element for a multi-point locking drive, which actuates at least two auxiliary locking elements (11.1; 11.2) of at least one auxiliary locking mechanism spaced apart from the main locking element, wherein the drive element cooperates with a drive mechanism (17.1, 17.2) for at least one auxiliary locking element (11.1; 11.2), wherein the drive mechanism comprises a first drive part (17.1) and a second drive part (17.2), wherein the drive element cooperates with the first drive part (17.1) for a first auxiliary locking element (11.1) and with the second drive part (17.2) for a second auxiliary locking element (11.2) and a movement of the first drive part (17.1) and of the second drive part (17.2) is synchronized with a movement of the main locking element, wherein the first drive part (17.1) has a first locking bar (15.1) and the second drive part (17.2) has a second locking bar (15.2) and, with a movement of the main locking element in a locking direction, the first locking bar (15.1) moves in a first direction different from the locking direction and the second locking bar (15.2) moves in a second direction different from the locking direction, and wherein the first locking bar (15.1) comprises a first guide mechanism (19.1) and the second locking bar (15.2) comprises a second guide mechanism (19.2), wherein the drive element engages in the first guide mechanism (19.1) and in the second guide mechanism (19.2), characterized in that the first guide mechanism (19.1) and the second guide mechanism (19.2) are each configured as a longitudinal slot having two parallel longitudinal edges (19.3, 19.4).
A method for detecting a physical property of tissue for control of a wearable device, comprising: employing an array of sensors (10, 28, 48, 196) to detect a magnetic field at each of the sensors of the array; estimating a position and orientation of a magnetic dipole moment of each of at least two of a plurality of targets (12, 22, 40, 194) based on the detected magnetic fields, the plurality of targets being implanted at an individual muscle-tendon tissue (14, 20, 30, 42, 44); and determining at least one state of the at least two targets relative to each other based upon the estimated position and orientation of the magnetic dipole moment of each of the at least two targets, wherein the state of the targets is indicative of a physical property, thereby detecting the physical property of the tissue and wherein the detected physical property is employed in control of the wearable device. employing an array of sensors (10, 28, 48, 196) to detect a magnetic field at each of the sensors of the array; estimating a position and orientation of a magnetic dipole moment of each of at least two of a plurality of targets (12, 22, 40, 194) based on the detected magnetic fields, the plurality of targets being implanted at an individual muscle-tendon tissue (14, 20, 30, 42, 44); and determining at least one state of the at least two targets relative to each other based upon the estimated position and orientation of the magnetic dipole moment of each of the at least two targets, wherein the state of the targets is indicative of a physical property, thereby detecting the physical property of the tissue and wherein the detected physical property is employed in control of the wearable device.
Trimmer head for a vegetation cutting machine, comprising: - a body adapted to be coupled to a driving shaft of the vegetation cutting machine so as to cause said body to rotate about a rotation axis, - at least one rod comprising at least one retaining portion intended to hold a cutting filament in a determined direction, wherein the body comprises a housing for receiving each end (122, 123) of said rod such that the rod axis is perpendicular to the rotation axis of the body and substantially tangential to the rotational path of the body, characterized in that said housing and said ends of the rod have respective shapes allowing at least two relative orientations of the rod with respect to the body: (i) a first orientation wherein the determined direction of the filament is substantially parallel to the rotation axis of the body, and (ii) a second orientation wherein the determined direction of the filament is substantially radial and substantially perpendicular to the rotation axis of the body. - a body adapted to be coupled to a driving shaft of the vegetation cutting machine so as to cause said body to rotate about a rotation axis, - at least one rod comprising at least one retaining portion intended to hold a cutting filament in a determined direction, (i) a first orientation wherein the determined direction of the filament is substantially parallel to the rotation axis of the body, and (ii) a second orientation wherein the determined direction of the filament is substantially radial and substantially perpendicular to the rotation axis of the body.
Ski binding (1; 101; 201), in particular a touring ski, telemark ski or cross-country ski binding, for binding a ski boot (8; 208), including a sole (81; 281) and a heel (84; 284), said ski binding including: - a front plate (2; 102; 202), with reference to the direction of movement of the ski, this front plate being designed to be rigidly connected to the ski, - a front immobilization assembly (3; 103; 203) for immobilizing the boot, capable of cooperating with the sole (81; 281) of the boot (8; 208), - a rear retaining assembly (6; 106; 206) for retaining the boot, with reference to the direction of movement of the ski, this assembly being capable of cooperating with a retaining lug (85; 285) of the rear portion of the front sole and/or with the rear sole, this rear assembly being movable with respect to said front plate in the vertical plane, - tensioning means (66; 266; 266') which act between the rear retaining assembly (6, 106; 206) and the ski and/or the front plate (2, 102; 202), which are capable of tensioning the boot (8; 208) on the binding (1; 101; 201) and enabling the heel (84; 284) to be lifted freely, characterized in that the front immobilization assembly (3, 103; 203) is mounted in a floating manner on the front plate, about a transverse pivot axis (A3; A103; A203) located, in a longitudinal direction, in front of a so-called supporting point belonging to the front immobilization assembly, said supporting point enabling the front end of the sole (81; 281) of the boot to be supported, the hinged axis of the rear retaining assembly (6; 106; 206), with respect to the front plate (2, 102; 202), being distinct from the transverse pivot axis, this hinged axis of the rear retaining assembly (6; 106) being located to the rear, with reference to the direction of movement of the ski, of this transverse pivot axis. - a front plate (2; 102; 202), with reference to the direction of movement of the ski, this front plate being designed to be rigidly connected to the ski, - a front immobilization assembly (3; 103; 203) for immobilizing the boot, capable of cooperating with the sole (81; 281) of the boot (8; 208), - a rear retaining assembly (6; 106; 206) for retaining the boot, with reference to the direction of movement of the ski, this assembly being capable of cooperating with a retaining lug (85; 285) of the rear portion of the front sole and/or with the rear sole, this rear assembly being movable with respect to said front plate in the vertical plane, - tensioning means (66; 266; 266') which act between the rear retaining assembly (6, 106; 206) and the ski and/or the front plate (2, 102; 202), which are capable of tensioning the boot (8; 208) on the binding (1; 101; 201) and enabling the heel (84; 284) to be lifted freely, characterized in that the front immobilization assembly (3, 103; 203) is mounted in a floating manner on the front plate, about a transverse pivot axis (A3; A103; A203) located, in a longitudinal direction, in front of a so-called supporting point belonging to the front immobilization assembly, said supporting point enabling the front end of the sole (81; 281) of the boot to be supported,
Component with a first region which is at least approximately formed by a circular disc having a first radius (r) and a first center point (M 1) and by a second region which is at least approximately formed by a circular disk having the first radius (r) as well as a second center point (M 2), wherein the component in plan view comprises an at least approximately biconcave transition region extending on both sides of the connecting line of the first center point (M 1) and the second center point (M 2) and having a first boundary line and a second boundary line, wherein the perpendicular bisectors of the sides of the connecting line segment from the first center point (M 1) to the second center point (M 2) intersect the first boundary line in a first point (P 1) and the second boundary line in a second point (P 2), and wherein the first region and the second region both have a central recess (14, 14 ') on a lower side of the component, characterised in that the first center point (M 1) and the second center point (M 2) have a distance of at least approximately twice the first radius (r), that the radius of the osculating circle snuggling into the biconcave transition region from the outside at the first point (P 1) and the radius of the osculating circle snuggling into the biconcave transition region from the outside at the second point (P 1) are both at least approximately equal to the first radius (r), and in that the first region and the second region both comprise a central pin (13, 13') on a top side of the component which extends perpendicular to the respective circular disc.
A vaso-occlusive device, comprising a microcoil that has been pre-formed into a secondary minimum energy state relaxed configuration to which the element reverts when the filamentous element is unconstrained, characterized in that the secondary minimum energy state configuration is a wave-form configuration comprising a longitudinal array of laterally-alternating open loops forming a plurality of open loop pairs, wherein an open loop pair is defined by adjacent loops, and wherein each loop defines a plane and a separate and discrete axis orthogonal to that plane.
A poly(imide-amide) copolymer comprising an imide structural unit being a reaction product of a first diamine and dianhydride, and an amide structural unit being a reaction product of a second diamine and diacyl halide, each of the first and the second diamines comprising 2,2'-bis-trifluoromethyl-4,4'-biphenyldiamine (TFDB), and at least one of the first and the second diamines further comprising a compound represented by Chemical Formula 1, the dianhydride comprising 3,3',4,4'-biphenyltetracarboxylic dianhydride (BPDA) and 4,4'-hexafluoroisopropylidene diphthalicanhydride, and the diacyl halide comprising terephthaloylchloride (TPCI), wherein the compound represented by Chemical Formula 1 is included in an amount of less than or equal to 10 mol% based on the total moles of the diamine: (Chemical Formula 1) NH 2 -A-NH 2 wherein, in Chemical Formula 1, A is selected from chemical formulae of Group 1: wherein, in the chemical formulae, L is a single bond or a linking group selected from -O-, -S-, -C(=O)-, - CH -, -S(=O) 2 -, -Si(CH 3) 2 -, -(CH 2) p - (wherein, 1≤p≤10), -(CF 2) q - (wherein, 1≤q≤10), -CRR'- (wherein, R and R' are the same or different, and are independently hydrogen, a C1 to C4 alkyl group, a phenyl group, a phenyl group substituted with a C1 to C4 alkyl group, a C1 to C4 alkyl group substituted with a phenyl group, or a C1 to C4 alkyl group substituted with at least one fluorine atom, provided that R and R' are not simultaneously hydrogen), -C(=O)NH- and a fluorenylene group, and * indicates a point of attachment to a nitrogen atom, more preferably wherein the A is represented by Chemical Formula 2 or Chemical Formula 3: wherein, in Chemical Formulae 2 and 3, * indicates a point of attachment to a nitrogen atom.