mhurhangee/ep-ind-claims huggingface dataset:
A hydraulically activatable working device configured to perform an operation comprising a hydraulic cylinder at least one first and one second partial piston (9, 10) provided for in the hydraulic cylinder, wherein the partial pistons (9, 10) can be moved in a traversing direction in the hydraulic cylinder under pressure from hydraulic fluid for performing the operation, wherein each partial piston (9, 10) having an impact surface (17, 18) at a lower end thereof against which the hydraulic fluid can act, wherein the partial pistons (9, 10) are exposed to a same respective hydraulic pressure on the impact surfaces (16, 17) over the entire operation, wherein further a piston rod is provided for, coupled to the hydraulic cylinder, wherein a restoring spring is provided for in the hydraulic cylinder, whereby the partial pistons (9, 10) are moveable in the hydraulic cylinder in the traversing direction under pressure from hydraulic fluid against the force of the restoring spring, wherein further a working part is provided for, which is coupled to the piston rod and moveable therewith and wherein the partial pistons (9, 10) are designed to act on a same working part, characterized in that the piston rod is having an impact surface at a lower end thereof against which the partial pistons (9, 10) can act, wherein the piston rod further is provided separately from the partial pistons (9, 10), and can be acted upon by only one of the partial pistons (9, 10) or can be acted upon by several or all of the partial pistons (9, 10) at the same time, wherein the impact surface does build a first partial impact surface against which the first partial piston is design to act, and a second partial impact surface against which the second partial piston is designed to act, wherein the first and second partial impact surfaces do not overlap each other in a direction across to the traversing direction.
A method for wireless communication by a user equipment, UE, comprising: receiving a wideband channel state information reference signal, CSI-RS, from a base station, the wideband CSI-RS including a plurality of subbands; identifying a characteristic of the received wideband CSI-RS; characterized by selecting a subband for communication with the base station from the plurality of subbands based at least in part on the identified characteristic of the received wideband CSI-RS; and transmitting a narrowband sounding reference signal, SRS, based at least in part on the selected subband, wherein the narrowband SRS indicates that the selected subband is selected for communication with the base station. receiving a wideband channel state information reference signal, CSI-RS, from a base station, the wideband CSI-RS including a plurality of subbands; identifying a characteristic of the received wideband CSI-RS; characterized by selecting a subband for communication with the base station from the plurality of subbands based at least in part on the identified characteristic of the received wideband CSI-RS; and transmitting a narrowband sounding reference signal, SRS, based at least in part on the selected subband, wherein the narrowband SRS indicates that the selected subband is selected for communication with the base station.
A scraper for a feed beam of a rock drilling unit, characterized in that the scraper comprises: a scraper element; a bracket mountable to the feed beam and configured to provide the scraper element with floating support; and at least one force element for generating force for moving the scraper element in relation to the bracket. a scraper element; a bracket mountable to the feed beam and configured to provide the scraper element with floating support; and at least one force element for generating force for moving the scraper element in relation to the bracket.
A method for provisioning closed subscriber group, CSG, information for a device communicating in a visited network, comprising: receiving an indication from a visited network related to registering a device on the visited network (step 602); sending one or more parameters relating to subscription information of the device or a related user device, to the visited network, in response to the indication along with a CSG roaming indicator that specifies whether the device is allowed to utilize autonomous CSG roaming at the visited network (step 604). receiving an indication from a visited network related to registering a device on the visited network (step 602); sending one or more parameters relating to subscription information of the device or a related user device, to the visited network, in response to the indication along with a CSG roaming indicator that specifies whether the device is allowed to utilize autonomous CSG roaming at the visited network (step 604).
A hitch device for connecting a powered crawler groomer vehicle comprising a first frame extending along a first axis, and a towed implement comprising a rotary snow tiller for grooming the snow covering of ski slopes and comprising a second frame extending crosswise to and symmetrically with respect to a second axis; the hitch device comprising an arm to be hinged to the first frame about a third axis perpendicular to the first axis, and about a fourth axis perpendicular to the first and third axis (A1, A3); a first actuator for adjusting the position of the arm about the third axis with respect to the first frame to lift and lower the implement; at least one second actuator for adjusting the position of the arm about the fourth axis with respect to the first frame; a movable coupling (31, 32) allowing relative movement between the arm and the second frame, characterized in that the movable coupling (31, 32) comprises a slide and a runner located between the arm and the second frame; the slide engaging the runner to move in a direction perpendicular to the second and fourth axis (A2, A4); and a third actuator adjusting the position of the slide along the runner and offsetting the first and the second axes (A1, A2).
An electronic device (101, 222, 224, 226) comprising: a communication module (166, 190) configured to perform wireless communication; a location sensor; a processor (120, 162); and a memory (130, 164) configured to store at least one instruction executable by the processor (120, 162), wherein execution of the at least one instruction by the processor (120, 162) causes the processor (120, 162) to perform a plurality of operations comprising: receiving (310, 515), from a tracking target device via the communication module (166, 190), a tracking request signal, the tracking request signal comprising identification information of the tracking target device; obtaining (320, 522, 532) location information of the electronic device (101, 222, 224, 226) via the location sensor; and transmitting (340, 524, 534), to a location tracking server (108, 230, 540) via the communication module (166, 190), the identification information of the tracking target device and only one of latitude information and longitude information comprised in the location information. a communication module (166, 190) configured to perform wireless communication; a location sensor; a processor (120, 162); and a memory (130, 164) configured to store at least one instruction executable by the processor (120, 162), wherein execution of the at least one instruction by the processor (120, 162) causes the processor (120, 162) to perform a plurality of operations comprising: receiving (310, 515), from a tracking target device via the communication module (166, 190), a tracking request signal, the tracking request signal comprising identification information of the tracking target device; obtaining (320, 522, 532) location information of the electronic device (101, 222, 224, 226) via the location sensor; and transmitting (340, 524, 534), to a location tracking server (108, 230, 540) via the communication module (166, 190), the identification information of the tracking target device and only one of latitude information and longitude information comprised in the location information. receiving (310, 515), from a tracking target device via the communication module (166, 190), a tracking request signal, the tracking request signal comprising identification information of the tracking target device; obtaining (320, 522, 532) location information of the electronic device (101, 222, 224, 226) via the location sensor; and transmitting (340, 524, 534), to a location tracking server (108, 230, 540) via the communication module (166, 190), the identification information of the tracking target device and only one of latitude information and longitude information comprised in the location information.
Expansion anchor with - a bolt and - an expansion element, - in which in the area of the first end of the bolt a bevel is arranged, which pushes the expansion element radially outwards, if the bolt is moved in an extraction direction in relation to the expansion element, and in which in the area of its rear end facing away from the first end the bolt has a load suspension device, which is suitable for introducing traction forces, which are oriented in the extraction direction, into the bolt, characterised in that - at least one groove that is closed towards the first end of the bolt is introduced into the bevel, which reduces the contact surface between the expansion element and the bevel. - a bolt and - an expansion element, - in which in the area of the first end of the bolt a bevel is arranged, which pushes the expansion element radially outwards, if the bolt is moved in an extraction direction in relation to the expansion element, and in which in the area of its rear end facing away from the first end the bolt has a load suspension device, which is suitable for introducing traction forces, which are oriented in the extraction direction, into the bolt, characterised in that - at least one groove that is closed towards the first end of the bolt is introduced into the bevel, which reduces the contact surface between the expansion element and the bevel.
A mounting tool for mounting a tapered sleeve locking type reinforcing bar connecting joint, the connecting joint comprises a locking sheet set and tapered sleeves, the locking sheet set is as a whole in shuttle shape and is provided therein with a tooth groove for locking, the tapered sleeves is provided in pair, with its inner chamber in tapered shape, and the pair of the tapered sleeve is symmetrically mounted around the locking sheet set, wherein the mounting tool comprises pressing heads and a power device fixedly connected or slidably coordinating with the pressing heads, the pressing heads is provided in one pair, and one end of the pressing head is designed as open, the diameter of the opening end being greater than that of the reinforcing bars to be connected and smaller than that of the tail end of the tapered sleeve, characterized in that the power device coordinating with the pressing heads comprises a guide rail, a lead screw, a worm gear and a worm rod, the pressing heads coordinate with the guide rail and can move back and forth along the guide rail, one end of each of the pressing head near the guide rail is provided with threads, the directions of the threads on the two pressing heads are opposite, the pressing heads coordinate with the lead screw to form leadscrew-and-nut pairs, both ends of the lead screw are provided with positive and negative trapezoidal threads, respectively, one end of the lead screw is fixedly connected with the worm gear, and the worm gear coordinates with the worm rod to form wormgear-and-wormrod pair.
A method for producing a vinyl ether polymer containing an oxyethylene chain, comprising the step of polymerizing vinyl ether represented by the following formula: wherein R 1 represents an alkyl group having 1 to 3 carbons, and n represents an integer from 1 to 10, in the presence of water as a polymerization solvent, a basic compound as an additive, and an organic azo-based compound as a radical polymerization initiator, and in pH of 5 or more wherein the amount of the basic compound used is 0.05 to 0.2 mol % based on the vinyl ether, and wherein the pH is measured using Seven 2 Go manufactured by Mettler-Toledo K.K., by impregnating the electrode into a feed solution before polymerization. wherein R 1 represents an alkyl group having 1 to 3 carbons, and n represents an integer from 1 to 10, in the presence of water as a polymerization solvent, a basic compound as an additive, and an organic azo-based compound as a radical polymerization initiator, and in pH of 5 or more wherein the amount of the basic compound used is 0.05 to 0.2 mol % based on the vinyl ether, and wherein the pH is measured using Seven 2 Go manufactured by Mettler-Toledo K.K., by impregnating the electrode into a feed solution before polymerization.
Roll container, comprising a horizontally extending base frame, on which on one side there are mounted two opposing vertical walls (13;14) pivotally mounted on a vertical axis, wherein the roll container further comprises a horizontal pivot axis on a foldable base plate, which can be pivoted from a horizontal position above the base frame and between the two side walls (13;14) is pivotable in an upright position, characterized by the fact that the base frame is of trapezoidal shape and the vertical side walls (13;14) are pivotally mounted on its wider side around a vertical axis, where the base plate is pivotable on the lower side of a side wall, and in the area of the pivot axis of the base plate a retaining mechanism is provided, which is designed to prevent the base plate from being folded down from the upright position, wherein the base plate is pivotally suspended on a horizontal pivot and the holding mechanism prevents the base plate from rotating around the pivot axis by spring force in the area of the pivot axis, where at least one torsion spring (70;70') is spirally winded around this pivot rod, and the wire ends (72;73) of the torsion spring (70;70') are clamped between the base plate and the side wall, so that the torsion spring (70;70') in tensioned from the upright position into the horizontal position during a movement of the base plate.
A discharge valve for vacuum cleaners, comprising at least one discharge channel which is connected with a discharge hole intended to convey an outgoing flow of air away from the vacuum cleaner, said discharge valve comprises an outer valve element connected with the discharge channel and having an inner valve element, which is disposed inside the outer valve element, and which comprises at least one opening intended to convey the outgoing flow of air into the discharge valve, and that at least the one valve element (1, 5) is movable relative to the other valve element (1, 5) thereby allowing the discharge valve to be opened and the discharge channel to be blocked, characterized in that the inner valve element comprises a bottom at the one end and at the other end an opening which faces away from the discharge channel, and that the opening is disposed on the side of the inner valve element.
A driver assistance system of a vehicle comprising a detection unit adapted to detect under normal environmental conditions static entities of interest along a route taken by said vehicle; a memory adapted to store information data about the detected static entities, wherein the information data stored in the memory is used by the driver assistance system when the vehicle moves along the same route and the static entities along the route are not detectable due to degraded environmental conditions; wherein the detection unit of the vehicle is adapted to detect markers as static entities along or on roads of the route taken by the vehicle during normal environmental conditions; and wherein the detection unit is adapted to differentiate the detected markers as good markers which are also detectable under degraded environmental conditions and bad markers which are not detectable under degraded environmental conditions. a detection unit adapted to detect under normal environmental conditions static entities of interest along a route taken by said vehicle; a memory adapted to store information data about the detected static entities, wherein the information data stored in the memory is used by the driver assistance system when the vehicle moves along the same route and the static entities along the route are not detectable due to degraded environmental conditions;
A control rod operation monitoring method, comprising: calculating first neutron flux ratios which are ratios of neutron fluxes measured by other neutron detectors located at second positions on the other end side of a core relative to neutron detectors, which are located at first positions closest to a control rod insertion end of the core among a plurality of neutron detectors which are included in neutron detector assemblies adjacent to insertion selection control rods inserted into the core and arranged in an axial direction of the core, with respect to the neutron fluxes measured by the neutron detectors; and generating a rod insertion block signal for the insertion selection control rod when the first neutron flux ratio exceeds a set neutron flux ratio. calculating first neutron flux ratios which are ratios of neutron fluxes measured by other neutron detectors located at second positions on the other end side of a core relative to neutron detectors, which are located at first positions closest to a control rod insertion end of the core among a plurality of neutron detectors which are included in neutron detector assemblies adjacent to insertion selection control rods inserted into the core and arranged in an axial direction of the core, with respect to the neutron fluxes measured by the neutron detectors; and generating a rod insertion block signal for the insertion selection control rod when the first neutron flux ratio exceeds a set neutron flux ratio.
Support rack for at least one item of aircraft electronics, characterized in that it comprises: - a rectangular frame formed by four essentially straight segments (11, 12, 13, 14) and having an essentially planar upper surface; and - four feet (15, 16, 17, 18) having an essentially planar upper surface, extending in the same plane as the upper surface of said rectangular frame, each of said feet (15, 16, 17, 18) being joined via one of its ends to a corner of said frame, and extending in a direction forming an angle between 90° and 180° with the directions of the segments (11, 12, 13, 14) of said frame forming said corner of the frame; said rack (1, 3, 51, 52, 61, 62) having a first set of holes for attaching at least one item of electronic equipment (2, 55, 64, 65), which are made in said upper surface of said rectangular frame and/or of said feet, and at least one second set of attachment holes for elements (41, 42, 43) for anchoring to the structure of the aircraft, which are made in another surface of the rack. - a rectangular frame formed by four essentially straight segments (11, 12, 13, 14) and having an essentially planar upper surface; and - four feet (15, 16, 17, 18) having an essentially planar upper surface, extending in the same plane as the upper surface of said rectangular frame, each of said feet (15, 16, 17, 18) being joined via one of its ends to a corner of said frame, and extending in a direction forming an angle between 90° and 180° with the directions of the segments (11, 12, 13, 14) of said frame forming said corner of the frame;
A method of producing composite components comprising: applying melted resin on a surface of a mould, the resin solidifying upon contacting and cooling on the mould surface to thereby form a layer of solidified resin on the mould surface; laying a composite lay up over the resultant layer of solidified resin on the mould surface; locating the mould together with the lay-up under a pressure chamber having an elastically deformable chamber wall; circulating a fluid at an elevated pressure and temperature through the pressure chamber to heat and melt the solidified resin and allow the resin to impregnate the lay up such that the composite lay-up is compressed and cured. applying melted resin on a surface of a mould, the resin solidifying upon contacting and cooling on the mould surface to thereby form a layer of solidified resin on the mould surface; laying a composite lay up over the resultant layer of solidified resin on the mould surface; locating the mould together with the lay-up under a pressure chamber having an elastically deformable chamber wall; circulating a fluid at an elevated pressure and temperature through the pressure chamber to heat and melt the solidified resin and allow the resin to impregnate the lay up such that the composite lay-up is compressed and cured.
Device for the manufacture of thermoformed containers; comprising: a moulding body having at least one moulding cavity with an internal liner, and a bottom part for each moulding cavity, supporting pins displaceable between an operative position in which the pins are arranged between the moulding body and its bottom part, entering the moulding cavity forming a support abutment for a sheet of decorative paper and a non operative position in which the supporting pins are arranged outside of the moulding cavity and a formation punch for the deformation of a plastic web aimed at forming the container inside of the mould; characterized in that the bottom part is secured to a bottom bearing plate without possibility of movement in respect to the body of the mould; the supporting pins for the decorative paper being provided with rotating pins permitting its swiveling towards and operative position between the liner and the bottom member; said supporting pins having actuation means comprising: an elastic ring externally surrounding the supporting pins corresponding to the same moulding cavity, keeping them whether in an operative position or in a non operative position, and an actuation cylinder aligned with the moulding cavity and acting by means of a pusher and a pressure ring on an end of the supporting pins provoking its swiveling movement towards an opposed operative or non operative position.
A method, performed by a user equipment, UE, for receiving an aperiodic channel state information reference signal, CSI-RS, on a first carrier, wherein the first carrier uses a first orthogonal frequency division multiplexing, OFDM, numerology, the method comprising, receiving, from a base station, BS, a downlink control information, DCI, message carried by a Physical Downlink Control Channel, PDCCH, on a second carrier, wherein the second carrier uses a second OFDM numerology; obtaining an aperiodic CSI-RS slot offset from the DCI message; determining a reference slot in the first OFDM numerology used by the first carrier; determining the slot of the aperiodic CSI-RS based on the determined reference slot and the aperiodic CSI-RS slot offset; and receiving, from the BS on the first carrier, the aperiodic CSI-RS in the determined slot and transmitting, to the BS, a channel state information, CSI, report associated with the CSI-RS, in the determined slot of the aperiodic CSI-RS on the first carrier. first carrier, wherein the first carrier uses a first orthogonal frequency division multiplexing, OFDM, numerology, the method comprising, receiving, from a base station, BS, a downlink control information, DCI, message carried by a Physical Downlink Control Channel, PDCCH, on a second carrier, wherein the second carrier uses a second OFDM numerology; obtaining an aperiodic CSI-RS slot offset from the DCI message; determining a reference slot in the first OFDM numerology used by the first carrier; determining the slot of the aperiodic CSI-RS based on the determined reference slot and the aperiodic CSI-RS slot offset; and receiving, from the BS on the first carrier, the aperiodic CSI-RS in the determined slot and transmitting, to the BS, a channel state information, CSI, report associated with the CSI-RS, in the determined slot of the aperiodic CSI-RS on the first carrier.