mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a wind turbine blade component using a layup head for automatic or semi-automatic layup of fibre material as ply sections or strips from respective rolls of a plurality of rolls (10, 12a, 12b) in a blade component mould, said method comprising the steps of: a) defining a list of ply sections for the blade component including a layup sequence for the ply sections and a length of each ply section, b) generating a selection of layup plans using at least said list of ply sections, at least a subset of said plurality of rolls (10, 12a, 12b) and the initial lengths of fibre material on said plurality of rolls (10, 12a, 12b), c) selecting one layup plan of said selection of layup plans in constraint of at least one first criterion, said at least one first criterion comprises optimisation of a remaining amount of fibre material waste on said plurality of rolls (10, 12a, 12b) in a length direction, and d) controlling the layup head and said plurality of rolls (10, 12a, 12b) with computing means to perform the selected layup plan in manufacturing of the blade component in the blade component mould. a) defining a list of ply sections for the blade component including a layup sequence for the ply sections and a length of each ply section, b) generating a selection of layup plans using at least said list of ply sections, at least a subset of said plurality of rolls (10, 12a, 12b) and the initial lengths of fibre material on said plurality of rolls (10, 12a, 12b), c) selecting one layup plan of said selection of layup plans in constraint of at least one first criterion, said at least one first criterion comprises optimisation of a remaining amount of fibre material waste on said plurality of rolls (10, 12a, 12b) in a length direction, and d) controlling the layup head and said plurality of rolls (10, 12a, 12b) with computing means to perform the selected layup plan in manufacturing of the blade component in the blade component mould.
A method for detecting temperature of a radio remote unit including: acquiring temperature data of a radio remote unit; configuring power data of the radio remote unit according to the temperature data, when the temperature data is less than a temperature threshold or within the temperature threshold; and closing radio frequency channel(s) of the radio remote unit when the temperature data is more than the temperature threshold, characterized by reading temperatures transmitted from sensors at various power amplifiers in the radio remote unit, when an absolute difference between temperatures transmitted from arbitrary two sensors at various power amplifiers is more than a first setting value, re-reading the temperatures transmitted from the sensors at various power amplifiers; when the absolute difference between temperatures transmitted from the sensors at various power amplifiers is less than the first setting value, reading temperatures transmitted from sensors at other regions except various power amplifiers; when an absolute difference between temperatures transmitted from arbitrary two sensors at other regions except various power amplifiers is more than a second setting value, re-reading temperatures transmitted from the sensors at other regions except various power amplifiers; and when the absolute difference between temperatures transmitted from various sensors at other regions except various power amplifiers is less than the second setting value, constructing the temperatures transmitted from various sensors as the temperature data of the radio remote unit. acquiring temperature data of a radio remote unit; configuring power data of the radio remote unit according to the temperature data, when the temperature data is less than a temperature threshold or within the temperature threshold; and closing radio frequency channel(s) of the radio remote unit when the temperature data is more than the temperature threshold, characterized by reading temperatures transmitted from sensors at various power amplifiers in the radio remote unit, when an absolute difference between temperatures transmitted from arbitrary two sensors at various power amplifiers is more than a first setting value, re-reading the temperatures transmitted from the sensors at various power amplifiers; when the absolute difference between temperatures transmitted from the sensors at various power amplifiers is less than the first setting value, reading temperatures transmitted from sensors at other regions except various power amplifiers; when an absolute difference between temperatures transmitted from arbitrary two sensors at other regions except various power amplifiers is more than a second setting value, re-reading temperatures transmitted from the sensors at other regions except various power amplifiers; and when the absolute difference between temperatures transmitted from various sensors at other regions except various power amplifiers is less than the second setting value, constructing the temperatures transmitted from various sensors as the temperature data of the radio remote unit.
A mid-turbine frame for use in a gas turbine engine comprising: at least one vane extending between a vane inner platform and a vane outer platform; an inner case radially inward of said inner platform; and each one of a plurality of tie rods extending from a respective platform radially inward of said inner case to a radially outer location which is secured by a mount member, wherein said tie rods are respectively secured in said inner case by a forward bolt and a plurality of rear bolts, with said forward bolt extending along an axis (y) which is non-parallel to a center axis (x) of said inner case, characterised in that: there are a pair of said rear bolts extending through said inner case and into said inner platform of the respective one of said tie rods and extending generally parallel to an axis of said respective tie rod. at least one vane extending between a vane inner platform and a vane outer platform; an inner case radially inward of said inner platform; and each one of a plurality of tie rods extending from a respective platform radially inward of said inner case to a radially outer location which is secured by a mount member, wherein said tie rods are respectively secured in said inner case by a forward bolt and a plurality of rear bolts, with said forward bolt extending along an axis (y) which is non-parallel to a center axis (x) of said inner case,
A method of wireless communication performed by a user equipment, UE, comprising: transmitting, to a base station, information which includes at least one of a UE capability or UE assistance information; receiving, from the base station, a configuration for multiple concurrent PRACH transmissions, wherein the configuration comprises at least one of an indication that the multiple concurrent PRACH transmissions are allowed for the UE, a number of the multiple concurrent PRACH transmissions that is allowed for the UE, a set of preamble indices configured for the multiple concurrent PRACH transmissions, or a transmission power for the multiple concurrent PRACH transmissions; transmitting, to the base station, a first physical random access channel, PRACH, transmission that includes a first random access, RA, preamble; and determining whether to transmit, to the base station, a second PRACH transmission that is concurrent with the first PRACH transmission, based on the received configuration, wherein the second PRACH transmission includes a second RA preamble, wherein the received configuration is based on at least one of the UE capability or the UE assistance information included in the information transmitted to the base station. transmitting, to a base station, information which includes at least one of a UE capability or UE assistance information; receiving, from the base station, a configuration for multiple concurrent PRACH transmissions, wherein the configuration comprises at least one of an indication that the multiple concurrent PRACH transmissions are allowed for the UE, a number of the multiple concurrent PRACH transmissions that is allowed for the UE, a set of preamble indices configured for the multiple concurrent PRACH transmissions, or a transmission power for the multiple concurrent PRACH transmissions; transmitting, to the base station, a first physical random access channel, PRACH, transmission that includes a first random access, RA, preamble; and determining whether to transmit, to the base station, a second PRACH transmission that is concurrent with the first PRACH transmission, based on the received configuration, wherein the second PRACH transmission includes a second RA preamble, wherein the received configuration is based on at least one of the UE capability or the UE assistance information included in the information transmitted to the base station.
An absorbent paper towel having a basis weight between 48.8 g/m 2 and 81.4 g/m 2 {30 lbs per 3000 ft 2 ream and 50 lbs per 3000 ft 2 ream} comprising at least a first fabric creped ply and a second fabric creped ply bonded together, each said fabric creped ply (211, 222) having a plurality of interconnected regions of different local basis weights, including at least a plurality of fiber enriched regions of high local basis weight, interconnected by way of a plurality of lower local basis weight linking regions, characterized in that said absorbent paper towel exhibiting an SAT value between 7 g/g and 12 g/g, wherein the towel has a GM TEA of greater than 3.5 mm-g/mm 2 and a GM Tensile Modulus in g/cm/% of less than [0.0249 (GM Tensile Strength, g/cm) + 6.06]; {GM Tensile Modulus in g/in/%, of less than [0.0083 (GM Tensile Strength, g/3") + 15.4]}.
A method for determining connection state assistive parameters in an eNB, wherein the method comprises the following steps: a. transmitting connection release time information and radio access network assistance information corresponding to a user equipment to a corresponding core network element; wherein, the method further comprises: b. transmitting a request for network access service of the user equipment to the core network element; c. obtaining core network assistance information provided by the core network element, the core network assistance information being based on the connection release time information and the radio access network assistance information, wherein, the core network assistance information corresponds to the request for network access service; d. determining connection state assistive parameters corresponding to the user equipment based on the core network assistance information; wherein the core network assistance information includes at least any one of the following: - discontinuous reception parameter corresponding to the user equipment; - short inactivity timer information corresponding to the user equipment; - long inactivity timer information corresponding to the user equipment. a. transmitting connection release time information and radio access network assistance information corresponding to a user equipment to a corresponding core network element; b. transmitting a request for network access service of the user equipment to the core network element; c. obtaining core network assistance information provided by the core network element, the core network assistance information being based on the connection release time information and the radio access network assistance information, wherein, the core network assistance information corresponds to the request for network access service; d. determining connection state assistive parameters corresponding to the user equipment based on the core network assistance information; - discontinuous reception parameter corresponding to the user equipment; - short inactivity timer information corresponding to the user equipment; - long inactivity timer information corresponding to the user equipment.
A method for controlling an air conditioner, wherein the air conditioner comprising an outdoor unit, a plurality of indoor units, each including a sensor and an indoor expansion valve, the method comprising: occurring a breakdown in the sensor of any one of the plurality of indoor units; calculating a value of the broken sensor based on a value of a normal functioning sensor of another indoor unit of the plurality of indoor units, wherein an opening degree of the indoor expansion valve of the another indoor unit including the normal functioning sensor is equal or most similar to an opening degree of the indoor expansion valve of the indoor unit including the broken sensor; and controlling the indoor unit including the broken sensor based on the calculated value of the sensor occurring a breakdown in the sensor of any one of the plurality of indoor units; calculating a value of the broken sensor based on a value of a normal functioning sensor of another indoor unit of the plurality of indoor units, wherein an opening degree of the indoor expansion valve of the another indoor unit including the normal functioning sensor is equal or most similar to an opening degree of the indoor expansion valve of the indoor unit including the broken sensor; and controlling the indoor unit including the broken sensor based on the calculated value of the sensor
Collapsible pushchair comprising at least a frame provided with at least two rods (11, 12) being pivotally connected to each other, which frame is foldable from an erect configuration to a collapsed configuration and vice versa, wherein the frame is also provided with a lock to lock the frame in its erect configuration, the lock comprises at least two members (31, 32), wherein a first member is swivelably connected at a first swivel to the first rod, a second member is swivelably connected at a second swivel to the second rod, and the first and second members (31, 32) are pivotally connected to each other at a distance from the first and second swivel (33, 34) at a pivot, wherein the second swivel is movable from a first position wherein the second swivel is located on one side of a virtual line through the pivot and the first swivel, in which first position the frame is locked in its erect configuration, via an intermediate position wherein the second swivel is located between the pivot and first swivel on the virtual line, to a second position wherein the second swivel is located on the other side of the virtual line, in which second position the frame is unlocked, and/or vice versa, characterized in that the lock is provided with an auxiliary member being swivelably connected at an auxiliary pivot to the frame, which auxiliary member cooperates with at least one member (31, 32), wherein by swivelling the auxiliary member, the member (31, 32) is being swivelled with respect to the corresponding rod (11, 12), so that the second swivel is being movable from the first position to the second position or vice versa.
A washer comprising - a washing tub having a rear wall, - a traverse that is placed onto the rear wall so as to be close to the ceiling of the washing tub, - an top cover that extends towards over the traverse so as to cover the ceiling of the washing tub and - a hose, one end of which is connected to the discharge pump characterized by - a holder that holds the hose placed therein, that is fastened onto the traverse so that at least some portion thereof is below the top cover and that cannot be detached from the traverse without removing the top cover. - a washing tub having a rear wall, - a traverse that is placed onto the rear wall so as to be close to the ceiling of the washing tub, - an top cover that extends towards over the traverse so as to cover the ceiling of the washing tub and - a hose, one end of which is connected to the discharge pump characterized by - a holder that holds the hose placed therein, that is fastened onto the traverse so that at least some portion thereof is below the top cover and that cannot be detached from the traverse without removing the top cover.
An electrical module configured to be coupled to a tray of a battery distribution assembly, the electrical module comprising: a housing disposed along an outer surface of the tray, the housing defining a cavity; at least one electrical circuit device disposed within the cavity of the housing, the housing includes a base and a cap, the base extending between a top side and a bottom side, the base defining at least a portion of the cavity, the cavity being defined along the top side of the base and extending towards the bottom side, the cap being affixed to the top side of the base to seal the cavity with the at least one electrical circuit device therein; and multiple terminals electrically connected to the at least one electrical circuit device within the housing, characterised in that: (i) the terminals project from the housing and are configured to extend through corresponding apertures in the tray to electrically connect to one or more electrical conductors disposed along an inner surface of the tray; and (ii) the cap is non-removably bonded to the base such that the at least one electrical circuit device is permanently contained within the cavity of the housing. a housing disposed along an outer surface of the tray, the housing defining a cavity; at least one electrical circuit device disposed within the cavity of the housing, the housing includes a base and a cap, the base extending between a top side and a bottom side, the base defining at least a portion of the cavity, the cavity being defined along the top side of the base and extending towards the bottom side, the cap being affixed to the top side of the base to seal the cavity with the at least one electrical circuit device therein; and multiple terminals electrically connected to the at least one electrical circuit device within the housing, characterised in that: (i) the terminals project from the housing and are configured to extend through corresponding apertures in the tray to electrically connect to one or more electrical conductors disposed along an inner surface of the tray; and (ii) the cap is non-removably bonded to the base such that the at least one electrical circuit device is permanently contained within the cavity of the housing. (i) the terminals project from the housing and are configured to extend through corresponding apertures in the tray to electrically connect to one or more electrical conductors disposed along an inner surface of the tray; and (ii) the cap is non-removably bonded to the base such that the at least one electrical circuit device is permanently contained within the cavity of the housing.
Method for the antitheft protection and/or monitoring of a parked vehicle, in which the parking space (1.1 to 1.n; 2.1 to 2.n) occupied by the vehicle is monitored by means of at least one sensor, the sensor signal is evaluated in respect of a change by means of an evaluation unit, and a warning signal is output in the event of a predetermined signal change, characterised in that after a vehicle has been parked in a respective parking space (1.1 to 1.n; 2.1 to 2.n) the terrestrial magnetic field over the parking space (1.1 to 1.n; 2.1 to 2.n) is measured by means of at least one magnetic field sensor (6, 7) and stored in the form of vehicle-specific magnetic field reference data, wherein after storage of the vehicle-specific magnetic field reference data, the terrestrial magnetic field over the parking space (1.1 to 1.n; 2.1 to 2.n) is remeasured continuously or cyclically and compared with the stored vehicle-specific magnetic field reference data, and wherein the warning signal is output in the event of a predetermined change in the currently measured magnetic field data from the stored vehicle-specific magnetic field reference data.
A system-on-chip structure comprising: a common bus; and a plurality of cells in communication over said common bus, wherein each cell comprises an integration unit connected to said common bus and a functional core connected to said integration unit, and characterized in that said integration unit is adapted to communicate integration information for said functional core to all other cells over said common bus and is further adapted to receive corresponding integration information from said all other cells over said common bus. a common bus; and a plurality of cells in communication over said common bus, wherein each cell comprises an integration unit connected to said common bus and a functional core connected to said integration unit, and characterized in that said integration unit is adapted to communicate integration information for said functional core to all other cells over said common bus and is further adapted to receive corresponding integration information from said all other cells over said common bus.
Mold (100, 200, 300) for manufacturing a chocolate product, having visible particulate inclusions made from a non-chocolate edible material, wherein the mold (100, 200, 300) comprises at least one cavity element (110, 310, 320) in which inclusions and chocolate can be filled, wherein the cavity element (110, 310, 320) comprises a curved bottom section (120, 330, 340) and at least one adjacent side wall section (130, 350, 360) extending from the curved bottom section (120, 330, 340) to an upper side of the mold (100, 200, 300), wherein the cavity element (110, 310, 320) has the following dimensions: a maximum depth between 10 and 80 mm; a maximum width between 8 and 100 mm, wherein the ratio of the maximum depth to the maximum width is between 0.3 and 1.2; the curved bottom section (120, 330, 340) has a radius between 4 and 50 mm; the at least one side wall section (130, 350, 360) extends from the upper side of the mold (100, 200, 300) to a depth between 4 and 70 mm. a maximum depth between 10 and 80 mm; a maximum width between 8 and 100 mm, wherein the ratio of the maximum depth to the maximum width is between 0.3 and 1.2; the curved bottom section (120, 330, 340) has a radius between 4 and 50 mm; the at least one side wall section (130, 350, 360) extends from the upper side of the mold (100, 200, 300) to a depth between 4 and 70 mm.
A residual current device (100, 200) having a trip mechanism for isolating an electric supply to an electrical installation upon detection of a predetermined current imbalance between the line and neutral conductors of said electric supply, comprising: a current transformer having the line and neutral conductors inductively coupled as a primary winding; a secondary winding (110, 206) inductively coupled to said current transformer and connectable to said trip mechanism, said secondary winding being responsive to said current imbalance on said electrical installation; and a circuit protection winding inductively coupled to said current transformer and responsive to said current imbalance on said electrical installation, characterized in that said circuit protection winding is connectable to a processing means for processing if said current imbalance exceeds said predetermined current imbalance, wherein the impedance of said processing means varies according to the level of said line voltage. a current transformer having the line and neutral conductors inductively coupled as a primary winding; a secondary winding (110, 206) inductively coupled to said current transformer and connectable to said trip mechanism, said secondary winding being responsive to said current imbalance on said electrical installation; and a circuit protection winding inductively coupled to said current transformer and responsive to said current imbalance on said electrical installation, characterized in that said circuit protection winding is connectable to a processing means for processing if said current imbalance exceeds said predetermined current imbalance, wherein the impedance of said processing means varies according to the level of said line voltage.