mhurhangee/ep-ind-claims huggingface dataset:
A connecting rod extrusion apparatus comprising: a front die having one final extrusion hole provided in an external shape of a connecting rod; and a rear die assembled with the front die and comprising: a crankshaft hole generator for generating a crankshaft hole of the connecting rod; one or more bridges provided on the crankshaft hole generator to generate seam line splitting planes (10-3, 10-4) based on the crankshaft hole generator; at least one first inlet hole provided in a first direction based on the bridges; and at least one second inlet hole provided in a second direction based on the bridges. a front die having one final extrusion hole provided in an external shape of a connecting rod; and a rear die assembled with the front die and comprising: a crankshaft hole generator for generating a crankshaft hole of the connecting rod; one or more bridges provided on the crankshaft hole generator to generate seam line splitting planes (10-3, 10-4) based on the crankshaft hole generator; at least one first inlet hole provided in a first direction based on the bridges; and at least one second inlet hole provided in a second direction based on the bridges. a crankshaft hole generator for generating a crankshaft hole of the connecting rod; one or more bridges provided on the crankshaft hole generator to generate seam line splitting planes (10-3, 10-4) based on the crankshaft hole generator; at least one first inlet hole provided in a first direction based on the bridges; and at least one second inlet hole provided in a second direction based on the bridges.
A method for a wireless access terminal to synchronize to system times in a wireless communication system, the method comprising: using a first timing hierarchy in a first wireless communication network to operate the wireless access terminal, the first wireless communication network having a Long-Term Evolution, LTE, radio access technology, wherein the first timing hierarchy includes system frame number, SFN, cycles, and wherein operating with the first timing hierarchy includes determining a first SFN cycle of the first timing hierarchy, the first SFN cycle having a frame cycle boundary corresponding to a beginning of a next SFN cycle of the first timing hierarchy; receiving broadcast parameters from the first wireless communication network, within the first SFN cycle, for a second wireless communication network having a radio access technology different from the LTE radio access technology of the first wireless communication network, the broadcast parameters including a system time of the second wireless communication network; aligning, from the perspective of the wireless access terminal, the system time of the second wireless communication network with the frame cycle boundary of the first SFN cycle; and engaging in a communication session using the second wireless communication network. using a first timing hierarchy in a first wireless communication network to operate the wireless access terminal, the first wireless communication network having a Long-Term Evolution, LTE, radio access technology, wherein the first timing hierarchy includes system frame number, SFN, cycles, and wherein operating with the first timing hierarchy includes determining a first SFN cycle of the first timing hierarchy, the first SFN cycle having a frame cycle boundary corresponding to a beginning of a next SFN cycle of the first timing hierarchy; receiving broadcast parameters from the first wireless communication network, within the first SFN cycle, for a second wireless communication network having a radio access technology different from the LTE radio access technology of the first wireless communication network, the broadcast parameters including a system time of the second wireless communication network; aligning, from the perspective of the wireless access terminal, the system time of the second wireless communication network with the frame cycle boundary of the first SFN cycle; and engaging in a communication session using the second wireless communication network.
Transport vehicle, in particular an HGV trailer with a loading area (1, 3, 4, 5) enclosed by side walls (1, 4, 5), a transporting surface as well as, if applicable, a roof area, and with at least one transverse securing device (8, 9; 10, 9) with marginal stop devices for the position-variable fastening of a transverse securing means (8, 10) on opposite longitudinal bars of the longitudinal side walls, wherein each stop device comprises a hook engaging over the corresponding longitudinal bar as well as stop element for connecting to the transverse securing means (8, 10), and wherein the stop element is configured opposite the hook fastened to the longitudinal bar in a manner in which it can be swung in and out characterised in that a counter-hook corresponds with the hook so that both hooks (11, 12) take up the longitudinal bar between them.
A method for inserting packs into a carton to create an orderly formation of packs within the carton, wherein the packs are fed one after another or in groups to a packing station and are inserted by at least one pack robot into the carton, and the carton is movable into different filling positions by a carton robot which grasps said carton, wherein a head of the pack robot is displaceable, in coordination with the movements of the carton robot, along three coordinates (39, 40), and is pivotable about three axes, such that, by rotation and/or tilting and/or linear movement of the carton, on the one hand, and by lifting and lowering movement of the packs and/or rotary movement or by insertion of these same, on the other hand, the carton is filled with different packing formations, characterized in that the cartons to be filled are inserted by transport into an open carton holder of the carton robot and are fixed through closure of the carton holder by mechanical and/or pneumatic holding members (46, 47), wherein, when a carton to be filled is introduced into the region of the carton holder, a filled carton is conveyed out of the region of the carton holder at the same time, wherein the filled carton is conveyed by pushing and the following carton is conveyed by pulling respectively out of the region and into the region of the carton holder by means of a pusher, which, when a filled carton is pushed off from the region of the carton holder, at the same time introduces a following empty carton into the region of the carton holder.
A block assembly for use in locking a toothed gear in position within a frame, said block assembly comprising: a body shaped to couple to a portion of the frame adjacent to the gear for translation in a first direction parallel to an axis of the gear; a locking block coupled to said body, said locking block comprising at least one locking tooth shaped complementary to at least one gear tooth of the gear; and an adjustment mechanism operable, when said body is coupled to the frame, to move said locking block in a second direction that is substantially orthogonal to the axis of the gear, such that said at least one locking tooth is received between a circumferentially spaced pair of the gear teeth to prevent movement of the gear. a body shaped to couple to a portion of the frame adjacent to the gear for translation in a first direction parallel to an axis of the gear; a locking block coupled to said body, said locking block comprising at least one locking tooth shaped complementary to at least one gear tooth of the gear; and an adjustment mechanism operable, when said body is coupled to the frame, to move said locking block in a second direction that is substantially orthogonal to the axis of the gear, such that said at least one locking tooth is received between a circumferentially spaced pair of the gear teeth to prevent movement of the gear.
An apparatus for preparing a coffee beverage portion from a volume of water and a mass of ground coffee, the apparatus comprising: a brewing chamber for containing the ground coffee and allowing the water to pass therethrough; a ground coffee supplier for dispensing ground coffee to the brewing chamber; a water supply for supplying water to the brewing chamber; and a controller adapted to: control the ground coffee supplier and the water supply such that the coffee beverage portion is brewed in a plurality of brewing steps, wherein each brewing step comprises passing a fraction of said volume through the chamber so as to contact a further fraction of said mass, the controller being configured to, in each brewing step, control the ground coffee supplier to dispense said further fraction to the brewing chamber, and wherein the controller is adapted to implement the plurality of brewing steps sequentially. a brewing chamber for containing the ground coffee and allowing the water to pass therethrough; a ground coffee supplier for dispensing ground coffee to the brewing chamber; a water supply for supplying water to the brewing chamber; and a controller adapted to: control the ground coffee supplier and the water supply such that the coffee beverage portion is brewed in a plurality of brewing steps, wherein each brewing step comprises passing a fraction of said volume through the chamber so as to contact a further fraction of said mass, the controller being configured to, in each brewing step, control the ground coffee supplier to dispense said further fraction to the brewing chamber, and wherein the controller is adapted to implement the plurality of brewing steps sequentially.
Furniture device having a height-adjustable furniture element, comprising a tubular motor and a traction element adjustably arranged on the tubular motor, the furniture device further comprising a furniture element which can be moved over a predetermined stroke (A-A) by the transmission of a tractive force of the tubular motor to the traction element, the furniture device further comprising at least two vertical guide supports (106, 107), the furniture element being displaceably arranged on the vertical guide supports (106, 107), wherein the furniture element is a reclining surface or a sanitary installation, a wash basin, a shower seat, a bidet or a toilet, the traction element being of a planar design, the tubular motor being inserted into a shaft and drives the latter, the shaft in turn being connected to the traction element over the entire length; wherein the vertical guide supports (106, 107) are designed tubular in shape, further comprising guide elements (104, 105) which are designed tubular in shape in such a way as to enclose the guide supports (106, 107) at least in sections.
A method of performing transmission power control in a radio communications system comprising a repeater, a User Equipment, UE, and a Base Station, BS, wherein the repeater is adapted to receive a signal from the User Equipment, to amplify the signal and to retransmit the amplified signal so that the amplified signal can be detected by the Base Station, the method comprising determining a desired repeater gain value for amplification of the signal in dependence on an estimate of an interference experienced by the repeater and an estimate of an interference experienced by the base station; and transmitting, from the Base Station to the repeater, a set gain command signal comprising information on how the repeater gain should be adjusted in accordance with the determined desired repeater gain; wherein the desired value of the gain is determined as the smallest of: a maximum gain of the repeater, g r s max; a gain corresponding to a maximum power transmitted from the repeater, g r s powermax, and a maximum repeater gain which can be used without the repeater interference exceeding a maximum share of an equivalent interference, g r s interferencemax, where the equivalent interference, is given by the sum of the interference received directly at the base station, and the interference which has been received at the repeater, amplified by the repeater and then detected by the base station.
A method for decreasing peak to average power ratio, PAPR, for a multicarrier modulation signal including two or more groups of carriers, the method comprising: (a) during a first timeframe (i) assigning non-zero values for carrier types within a first of the two or more groups and (ii) assigning zero values for carrier types within a second of the two or more groups after assigning the non-zero values; (b) during a second timeframe (i) choosing arbitrary non-zero values for the carrier types within the second group; and (c) during a third timeframe optimally determining non-zero values for the carrier types within the second group based upon a predetermined PAPR threshold, the non-zero values for the carrier types within the second group being chosen to be part of a known pilot pattern. (a) during a first timeframe (i) assigning non-zero values for carrier types within a first of the two or more groups and (ii) assigning zero values for carrier types within a second of the two or more groups after assigning the non-zero values; (b) during a second timeframe (i) choosing arbitrary non-zero values for the carrier types within the second group; and (c) during a third timeframe optimally determining non-zero values for the carrier types within the second group based upon a predetermined PAPR threshold, the non-zero values for the carrier types within the second group being chosen to be part of a known pilot pattern.
A method of producing a veneered element, comprising - providing a substrate having a first surface and a second opposite surface, - applying a sub-layer on the first surface of the substrate, the sub-layer comprising a thermosetting binder; - applying a veneer layer comprising a wood veneer on the sub-layer, said veneer layer having an upper surface and an opposite lower surface, wherein said veneer layer is applied with the lower surface on the sub-layer, - applying a protective layer comprising a thermoplastic material on the upper surface of the veneer layer, wherein the protective layer is transparent, and - applying pressure to the veneer layer and/or the substrate, such that at least a portion of the sub-layer permeates through the veneer layer, wherein the protective layer is applied on the upper surface of the veneer layer prior to applying pressure, such that when pressure is applied, pressure is applied to the veneer layer via the protective layer. - providing a substrate having a first surface and a second opposite surface, - applying a sub-layer on the first surface of the substrate, the sub-layer comprising a thermosetting binder; - applying a veneer layer comprising a wood veneer on the sub-layer, said veneer layer having an upper surface and an opposite lower surface, wherein said veneer layer is applied with the lower surface on the sub-layer, - applying a protective layer comprising a thermoplastic material on the upper surface of the veneer layer, wherein the protective layer is transparent, and - applying pressure to the veneer layer and/or the substrate, such that at least a portion of the sub-layer permeates through the veneer layer,
A determination device for determining an alignment or a misalignment of an energy beam emitted by an irradiation device for additively manufacturing three-dimensional objects, the determination device comprising: a first determination unit comprising one or more first pattern elements; a second determination unit comprising one or more second pattern elements; and a determination element configured to determine a superordinate pattern (32, 35) corresponding to a portion of the energy beam passing through the first determination unit and the second determination unit; wherein the one or more first pattern elements and the one or more second pattern elements respectively complement one another such that with the first determination unit and the second determination unit arranged in succession in a beam path of the energy beam, a presence or absence of one or more light gaps (31, 34, 36, 37, 38) in the superordinate pattern (32, 35) indicates the alignment or the misalignment of the energy beam. a first determination unit comprising one or more first pattern elements; a second determination unit comprising one or more second pattern elements; and a determination element configured to determine a superordinate pattern (32, 35) corresponding to a portion of the energy beam passing through the first determination unit and the second determination unit; wherein the one or more first pattern elements and the one or more second pattern elements respectively complement one another such that with the first determination unit and the second determination unit arranged in succession in a beam path of the energy beam, a presence or absence of one or more light gaps (31, 34, 36, 37, 38) in the superordinate pattern (32, 35) indicates the alignment or the misalignment of the energy beam.
A buoy for the processing of production fluids from an offshore well, the buoy having multiple layers of decks on a vertical axis; with upper decks plus a top deck above a water line and lower decks being submerged below the water line; upper and lower deck structures are connected by a central access shaft and service trunks (50,60) at disposed opposite sides of the central access shaft accommodate air intake and exhaust ducts; a hydrocarbon processing facility adapted to process production fluids received from the offshore well, the hydrocarbon processing facility being submerged below the operating waterline of the buoy; the hydrocarbon processing facility comprises an oil processing room and a seabed separator and storage cell heating room on separate decks; and characterised in that: the heating room is immediately above the oil processing room and both are contained within a blast chamber; the reinforced and sealed chamber formed by the oil processing room and the heating room with free flow of gas therebetween is isolated in a stack within a quadrant of the respective decks; the hydrocarbon processing facility in the oil processing room and the heating room being contained on all sides in the eccentric and asymmetrically arranged chamber that is offset with respect to the vertical axis of the buoy 10; and the buoy has a pressure relief channel adapted to relieve pressure within the chamber below the operating water line of the buoy in the event of over-pressurisation within the chamber, the pressure relief channel being in fluid communication with chamber, lined with a reinforced material and routed through sequential decks of the buoy parallel to the vertical axis with no bends. the heating room is immediately above the oil processing room and both are contained within a blast chamber; the reinforced and sealed chamber formed by the oil processing room and the heating room with free flow of gas therebetween is isolated in a stack within a quadrant of the respective decks; the hydrocarbon processing facility in the oil processing room and the heating room being contained on all sides in the eccentric and asymmetrically arranged chamber that is offset with respect to the vertical axis of the buoy 10; and the buoy has a pressure relief channel adapted to relieve pressure within the chamber below the operating water line of the buoy in the event of over-pressurisation within the chamber, the pressure relief channel being in fluid communication with chamber, lined with a reinforced material and routed through sequential decks of the buoy parallel to the vertical axis with no bends.
Partition system for assembling a partition, in particular a wall, floor or ceiling, that is composed of wooden beams with two side faces (8,9) opposite one another extending in the longitudinal direction, said two side faces (8,9), respectively a head face and a tail face, determine the width of the beam, whereby the beams can be assembled with said side faces (8,9) adjacent to one another and whereby said side faces of adjacent beams can be coupled together by means of connecting pieces that are affixed between adjacent beams and which are connected together by means of coupling pieces that extend through passages in the beams, which said passages of adjacent beams are in line with one another, the connecting pieces comprise an intermediate disk, whereby these intermediate disks are provided to be fitted between the side faces (8, 9) of adjacent beams and whereby the coupling pieces are constructed as spacers between the connecting pieces to ensure that the intermediate disks are kept at a predetermined fixed or practically fixed distance from one another, characterised in that the intermediate disks are provided in order to keep the beams from one another with a certain clearance in the assembled state, in order to provide room for the beams to be able to expand widthways at the location of the clearance.
A pressure relief panel assembly for a vehicle energy storage system, comprising: a pressure relief panel having a compliant seal, and; at least two springs; wherein the at least two springs maintain the compliant seal about a vent opening in an energy storage module adapted to supply electrical energy to a vehicle. a pressure relief panel having a compliant seal, and; at least two springs; wherein the at least two springs maintain the compliant seal about a vent opening in an energy storage module adapted to supply electrical energy to a vehicle.
An aircraft comprising a fuselage, a wing, at least one jet engine at each side of the wing housed in a nacelle attached to the wing and a main landing gear; the wing comprising a load-bearing structure extending in the span direction; the load-bearing structure of the wing being a torsion box comprising forward and rear spars (51, 53) at each side of the wing; the main landing gear comprising at least a landing gear at each side of the wing having one or more wheels coupled to a driving device arranged for moving them from a stowed position to a deployed position and vice versa, characterized in that: - said nacelles include a well located laterally with respect to the jet engines and configured as a housing space of the one or more wheels of a landing gear in its stowed position; - said driving device comprises a strut (41, 42) attached by one end to the forward spar of the load-bearing structure of the wing in a rotatory manner and by the other end to the one or more wheels. - said nacelles include a well located laterally with respect to the jet engines and configured as a housing space of the one or more wheels of a landing gear in its stowed position; - said driving device comprises a strut (41, 42) attached by one end to the forward spar of the load-bearing structure of the wing in a rotatory manner and by the other end to the one or more wheels.