mhurhangee/ep-ind-claims huggingface dataset:
A relay node for relaying a user equipment (111 - 113) and a base station (121 - 124), comprising: a timer means adapted to measure a prescribed time from receiving time of a system notification information sent by the base station that indicates detecting that the relay node has moved between tracking areas; and a user equipment registration means adapted to register the user equipment as a subordinate under the relay node to a location information management means, wherein the relay node is adapted to transmit the system notification information to the user equipment,wherein the user equipment is a transmission source of a location registration request signal to the location information management means, and the relay node is adapted to receive the location registration request signal during the prescribed time, wherein the location information management means is disposed outside of the relay node and is adapted to manage location information of the user equipment, and the registration of the user equipment is triggered by timeout of the timer means. a timer means adapted to measure a prescribed time from receiving time of a system notification information sent by the base station that indicates detecting that the relay node has moved between tracking areas; and a user equipment registration means adapted to register the user equipment as a subordinate under the relay node to a location information management means, wherein the relay node is adapted to transmit the system notification information to the user equipment,wherein the user equipment is a transmission source of a location registration request signal to the location information management means, and the relay node is adapted to receive the location registration request signal during the prescribed time, wherein the location information management means is disposed outside of the relay node and is adapted to manage location information of the user equipment, and the registration of the user equipment is triggered by timeout of the timer means.
A control plane entity apparatus, characterized by comprising: creation means for directing, from the control plane entity apparatus, a creation request to a new long term evolution anchor to set up a user plane tunnel towards a 3rd Generation Partnership Program anchor; first receiving means for receiving a response from the new LTE anchor; updating means for sending an update context request from the control plane entity apparatus towards the 3GPP anchor; second receiving means for receiving an update proxy context response from the 3GPP anchor; deletion means for directing a deletion request from the control plane entity apparatus to an old LTE anchor; and third receiving means for receiving a deletion response from the old LTE anchor, wherein the control plane entity apparatus is configured to operate in an idle mode. creation means for directing, from the control plane entity apparatus, a creation request to a new long term evolution anchor to set up a user plane tunnel towards a 3rd Generation Partnership Program anchor; first receiving means for receiving a response from the new LTE anchor; updating means for sending an update context request from the control plane entity apparatus towards the 3GPP anchor; second receiving means for receiving an update proxy context response from the 3GPP anchor; deletion means for directing a deletion request from the control plane entity apparatus to an old LTE anchor; and third receiving means for receiving a deletion response from the old LTE anchor, wherein the control plane entity apparatus is configured to operate in an idle mode.
A method of operating a detonator which includes a transmitter, a receiver and a counter wherein the counter is set to zero and incremented at each of a plurality of successive time intervals thereby to define a respective time slot between each successive pair of increments and, within each time slot, a transmit interval, and a receive interval of a predetermined duration between two predetermined time points (T3, T4), the receive interval overlapping in time with the transmit interval, wherein, within that time slot, the detonator is placed in a sleep mode for the duration of each time slot but excluding the duration of the receive interval and, during the receive interval, the detonator is placed in a wake-up mode and wherein the detonator is placed in an arm mode of a defined duration when the number of increments reaches a predetermined value and if no fire signal is received by the detonator while it is in the arm mode, the arm mode is terminated.
Instrument holder for liquid-free instrument cooling, comprising: an at least double-walled protective housing with - an inlet opening for cooling gas - at least one flow channel for cooling gas (4.1/4.2), and - at least one outlet opening for cooling gas (5.1/5.2), and an instrument housing capable of being arranged in a flow channel for cooling gas (4.1/4.2), with - an inlet opening for flushing gas - a flow channel for flushing gas - at least one outlet opening for flushing gas (8.1), - a viewing opening for an instrument and - fasteners for fastening an instrument in the instrument housing, whereby the outlet opening for cooling gas (5.1/5.2) the outlet opening for flushing gas (8.1) and the viewing opening for an instrument on a side, facing a high temperature, of the instrument holder are arranged in the viewing direction of an instrument capable of being arranged in the instrument housing. an at least double-walled protective housing with - an inlet opening for cooling gas - at least one flow channel for cooling gas (4.1/4.2), and - at least one outlet opening for cooling gas (5.1/5.2), and - an inlet opening for cooling gas - at least one flow channel for cooling gas (4.1/4.2), and - at least one outlet opening for cooling gas (5.1/5.2), and an instrument housing capable of being arranged in a flow channel for cooling gas (4.1/4.2), with - an inlet opening for flushing gas - a flow channel for flushing gas - at least one outlet opening for flushing gas (8.1), - a viewing opening for an instrument and - fasteners for fastening an instrument in the instrument housing, whereby the outlet opening for cooling gas (5.1/5.2) the outlet opening for flushing gas (8.1) and the viewing opening for an instrument on a side, facing a high temperature, of the instrument holder are arranged in the viewing direction of an instrument capable of being arranged in the instrument housing. - an inlet opening for flushing gas - a flow channel for flushing gas - at least one outlet opening for flushing gas (8.1), - a viewing opening for an instrument and - fasteners for fastening an instrument in the instrument housing, whereby the outlet opening for cooling gas (5.1/5.2) the outlet opening for flushing gas (8.1) and the viewing opening for an instrument on a side, facing a high temperature, of the instrument holder are arranged in the viewing direction of an instrument capable of being arranged in the instrument housing.
An actuation device for activating switching in a switching device of the type having electrical contact means (3, 4, 5) movable between a first (T2T1) and a second (T1T3) electrical contact position, the actuation device comprising a current sensor (6a, 6b), a retaining member and at least two movable members (8, 9) integral with a coil, and being capable of changing over, when a current is sensed by the current sensor (6a, 6b), from a non-activation configuration in which the movable members (8, 9) are held by the retaining member in a first position for preventing movement of contact means (3, 4, 5) of the switching device, to an activation configuration in which the movable members (8, 9) are no longer held by the retaining member in said first position and are located in a second position allowing the contact means (3, 4, 5) of the switching device to change position, the coil comprises a through-space for at least a part of the contact means (3, 4, 5) of the switching device, characterized in that the movable members (8, 9) are each movable in rotation about an axis (12, 13) so as to free up, in said second position, said through-space, while remaining integral with the coil, the two axes (12, 13) of the two movable members (8, 9) being formed by pins (12, 13) integral with the coil, the through-space being a through-space centered on the central axis of the coil, preferably substantially cylindrical, in that the two pins (12, 13) being arranged parallel to said through-space and mutually symmetrically with respect to said through-space, the two movable members (8, 9) taking the form of two jaw members (8, 9) such that during a changeover from the first position to the second position, the respective regions of the two jaw members (8, 9) furthest from the respective pins (12, 13) move away from each other to free up access to said through-space.
Bi- or multimodal polyethylene being a terpolymer of ethylene and two different comonomers selected from alpha olefins having from 4 to 10 carbon atoms and being produced with a metallocene catalyst, wherein the bi- or multimodal polyethylene terpolymer has (a) an MFR 2 of 2.0 to 5.0 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load), (b) an MWD (Mw/Mn) of 5 or less (c) a density of 915 to 930 kg/m 3 (according to ISO 1183) (d) a Relaxation Spectrum Index (determined as defined in the description under Experimental part using frequency sweep at 190°C) of at least 3.0 (e) a normalized Relaxation Spectrum Index (nRSI) calculated from RSI/MFR 2 of at least 1.00 (f) a calculated Relaxation Spectrum Index (cRSI) defined as RSI ∗ MFR 2 ∗ MWD of at least 36, and wherein the bi- or multimodal polyethylene terpolymer comprises at least (i) an ethylene polymer component having an MFR 2 of at least 50 g/10 min up to 100 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load) and (ii) an ethylene polymer component having an MFR 2 of 0.5 to 10.0 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load). (a) an MFR 2 of 2.0 to 5.0 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load), (b) an MWD (Mw/Mn) of 5 or less (c) a density of 915 to 930 kg/m 3 (according to ISO 1183) (d) a Relaxation Spectrum Index (determined as defined in the description under Experimental part using frequency sweep at 190°C) of at least 3.0 (e) a normalized Relaxation Spectrum Index (nRSI) calculated from RSI/MFR 2 of at least 1.00 (f) a calculated Relaxation Spectrum Index (cRSI) defined as RSI ∗ MFR 2 ∗ MWD of at least 36, (i) an ethylene polymer component having an MFR 2 of at least 50 g/10 min up to 100 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load) and (ii) an ethylene polymer component having an MFR 2 of 0.5 to 10.0 g/10 min (according to ISO 1133 at 190°C under 2.16 kg load).
Equipment for fastening joining clips to the ends of a conveyor belt of the type comprising an upper plate and a lower plate (5"') connected by knuckles (5"), able to be placed on the ends of a conveyor belt, in two respective series, with the knuckles (5") of the two respectively opposite series able to be connected, after having been mutually nested, by a connecting and articulation rod, in the manner of a hinge, said equipment comprising an upper movable portion and a stationary lower portion, positioned and centred in relation to one another by positioning and centring elements, with the upper portion able to slide vertically by approaching or by moving away from the lower portion, the lower portion comprising an anvil and means of bracing intended for the lower plate (5"') of a clip presented between the upper portion and the lower portion of the equipment, with the upper portion of the equipment comprising a vertical channel able to receive a main punch substantially centred above the anvil and able to be struck by beating, by means of a manual hammer, or of a device of the air, electromechanical, or hydraulic hammer type, mounted in the upper portion of the equipment, in order to sink clamps engaged more preferably with flanging in holes made in the upper plate of a joining clip arranged astride the edge of an end of a conveyor belt placed between the upper portion of the equipment and the lower portion of the equipment, then in the material of the end of the conveyor belt, with its tips then being folded back either under the lower plate (5"') of the clip by encountering hollows of suitable shape made in the anvil of the lower portion of the equipment or under a jumper or jumpers, made in the lower plate (5"') of the clip, with the upper face of the lower plate of the clip playing the role of an anvil, with the lower face of the lower plate (5"') of the clip bearing against the anvil of the lower portion of the equipment which in this latter case is smooth, the upper portion of the equipment comprising a second vertical channel (2"') wherein is mounted a complementary punch in such a way as to be able to slide in this channel (2"') parallel to the main punch by being juxtaposed with this main punch, characterised in that the complementary punch is arranged in such a way that its lower end is located precisely above the portion of the upper plate of the clip located between the knuckles (5") and the branch of the clamp that is the closest to the knuckles (5"), with the arrangement of the two punches being such that the complementary punch does not start to be struck, at the same time as the main punch continues to be struck, until after the main punch has sunk the clamp and applied against the upper face of the end of the conveyor belt the portion of the upper plate of the clip located under the clamp.
A method of manufacturing an artificial eye for fitting as a whole or partial replacement of a patient's original eye, the method comprising the steps of: a) providing a digitally acquired image of an iris; and b) transferring the image to a substrate comprising at least the frontal region of the artificial eye, characterised in that in step b) the image is transferred to the substrate by a 3D printer. a) providing a digitally acquired image of an iris; and b) transferring the image to a substrate comprising at least the frontal region of the artificial eye, characterised in that in step b) the image is transferred to the substrate by a 3D printer.
A device for measuring a non-contact alternating current including a flexible sensor and a processing unit, the flexible sensor surrounding a conductor traversed by an electric current to be measured with an amplitude less than 10mA and having a deformable magnetic core, device in which the processing unit is configured, in a measuring winding, to add to a measuring current at a frequency F a bias current at a non-multiple bias frequency Fpol and at least 2.5 times greater than this frequency F and of large amplitude greater than the amplitude of the measurement current then, by means of a determined frequency filter, to eliminate this bias current at the bias frequency Fpol to maintain only the measurement current at the frequency F.
A method of operating a temperature calibrator for calibrating a temperature sensor, comprising a calibration block into which the temperature sensor is inserted, and comprising a heating means with which the calibration block is heated and comprising a cooling unit with which the calibration block is cooled, wherein - the calibration block is formed with a cooling contact surface, and - an actuator is provided, with which the cooling unit - is brought into heat-conducting contact with the cooling contact surface of the calibration block during cooling, and - is spatially separated from the cooling contact surface of the calibration block during heating while forming an air gap. - the calibration block is formed with a cooling contact surface, and - an actuator is provided, with which the cooling unit - is brought into heat-conducting contact with the cooling contact surface of the calibration block during cooling, and - is spatially separated from the cooling contact surface of the calibration block during heating while forming an air gap.
A compound of the general Formula I or a salt thereof where X is either CH 2; O; NBoc; NFMoc; NZ; NTs; NAc; NC iPr; NBz or NH and Y is either H or OH.
A trial acetabular liner for use in determining an implantable liner to use for replacement of a hip joint, comprising: a closed first end; an open second end; and a liner wall extending between the closed first end and the open second end, the liner wall having an interior surface, an exterior surface, and a distal peripheral edge; at least one set of cutouts including a first cutout through the liner wall, and a second cutout through the liner wall, at least one movable tab extending from the distal peripheral edge inwardly towards an axial center of the liner and having sidewalls defined by one of the at least one set of cutouts, the tab comprising at least one projection on an exterior surface of the tab configured to removably secure to an indentation of an acetabular shell; characterized in that the at least one set of cutouts includes a third cutout in the interior surface of the liner wall partially through the liner wall and extending from the first cutout to the second cutout. a closed first end; an open second end; and a liner wall extending between the closed first end and the open second end, the liner wall having an interior surface, an exterior surface, and a distal peripheral edge; at least one set of cutouts including a first cutout through the liner wall, and a second cutout through the liner wall, a first cutout through the liner wall, and a second cutout through the liner wall, at least one movable tab extending from the distal peripheral edge inwardly towards an axial center of the liner and having sidewalls defined by one of the at least one set of cutouts, the tab comprising at least one projection on an exterior surface of the tab configured to removably secure to an indentation of an acetabular shell; characterized in that the at least one set of cutouts includes a third cutout in the interior surface of the liner wall partially through the liner wall and extending from the first cutout to the second cutout.
Actuating device for mechanically triggering an electrical opening mechanism for emergency opening of a closure part of a vehicle, comprising at least one request interface for receiving an access request, and an actuating unit for mechanically actuating the opening mechanism, which can be converted from a normal state, in which the emergency opening of the closure part is prevented, into at least two emergency states (E1, E2), wherein in a first emergency state of the emergency states (E1, E2), a first actuating action for emergency opening of the closure part is enabled, and in a second emergency state of the emergency states (E1, E2), a second actuating action for emergency opening of the closure part is enabled, characterized in that the actuating unit has a cover element which is closed in the normal state and is at least partially opened during the transfer to the first emergency state in order to enable the first actuating action (311, 312). an actuating unit for mechanically actuating the opening mechanism, which can be converted from a normal state, in which the emergency opening of the closure part is prevented, into at least two emergency states (E1, E2), wherein in a first emergency state of the emergency states (E1, E2), a first actuating action for emergency opening of the closure part is enabled, and in a second emergency state of the emergency states (E1, E2), a second actuating action for emergency opening of the closure part is enabled, characterized in that the actuating unit has a cover element which is closed in the normal state and is at least partially opened during the transfer to the first emergency state in order to enable the first actuating action (311, 312).
A refrigerating and freezing device, comprising a cabinet and a door body provided on the cabinet for opening or closing the cabinet, wherein the door body comprises a first door body and a second door body spaced apart from each other; in a closed state, the first door body and the second door body are located on the same plane; the first door body is provided with a sound generating device on a side facing the second door body, and the direction of the sound emitted by the sound generating device faces the second door body; and a gap serving as a sound mixing chamber is formed between the first door body and the second door body; characterized in that the first door body is recessed in a direction away from the second door body to form a cavity, and the sound generating device is disposed in the cavity; and wherein the door body further comprises a cover plate for covering the cavity, and a secondary sound chamber is formed between the sound generating unit and the cover plate, wherein the direction of the sound emitted by the sound generating unit faces the cover plate, and the cover plate is a plane.
A cutting insert cartridge for a chip removing machining tool, comprising: a cartridge body including a first end surface, a second end surface, a top surface, and a bottom surface and having a longitudinal axis oriented from the first end surface to the second end surface; a seat for a cutting tool insert, a surface of the seat intersecting the top surface of the cartridge body proximate a first axial end of the cartridge body; a threaded opening in the second end surface of the cartridge body; and an axial adjustment system including a differential screw having a first threaded portion, a second threaded portion, an actuation portion, and an engagement feature on an outer surface in of the actuation portion, wherein the first threaded portion, actuation portion and second threaded portion are positioned on an axis of the differential screw and the actuation portion is axially between the first threaded portion and the second threaded portion, wherein the engagement feature has an engagement axis that is non-parallel to the axis of the differential screw, and wherein the first threaded portion of the differential screw is threadedly engaged in the threaded opening in the second end surface of the cartridge body characterized in that the cutting insert cartridge further comprises an opening in the cartridge body extending from the top surface to the bottom surface, the opening being located between the seat and a second axial end of the cartridge body; and a cross dowel fastener threaded on the second threaded portion of the differential screw. a cartridge body including a first end surface, a second end surface, a top surface, and a bottom surface and having a longitudinal axis oriented from the first end surface to the second end surface; a seat for a cutting tool insert, a surface of the seat intersecting the top surface of the cartridge body proximate a first axial end of the cartridge body; a threaded opening in the second end surface of the cartridge body; and an axial adjustment system including a differential screw having a first threaded portion, a second threaded portion, an actuation portion, and an engagement feature on an outer surface in of the actuation portion, wherein the first threaded portion, actuation portion and second threaded portion are positioned on an axis of the differential screw and the actuation portion is axially between the first threaded portion and the second threaded portion, wherein the engagement feature has an engagement axis that is non-parallel to the axis of the differential screw, and wherein the first threaded portion of the differential screw is threadedly engaged in the threaded opening in the second end surface of the cartridge body characterized in that the cutting insert cartridge further comprises an opening in the cartridge body extending from the top surface to the bottom surface, the opening being located between the seat and a second axial end of the cartridge body; and a cross dowel fastener threaded on the second threaded portion of the differential screw.