mhurhangee/ep-ind-claims huggingface dataset:
A rotor blade (101, 201, 301) for a wind turbine, wherein the rotor blade comprises has a rotor blade-side pitch pin receptacle (107, 207, 307) and, in a mounted state, a pitch pin (105, 205, 305) of a rotor hub (103, 203, 303) is mounted in the rotor blade-side pitch pin receptacle by means of a bearing (113, 115, 213, 215, 313, 315), so that a secure connection between the rotor blade and the rotor hub is carried out by means of the bearing, in order to transfer a force acting on the rotor blade to a generator downstream of the rotor hub to convert it into electrical energy, characterized in that, in the mounted state, the rotor blade has an electromagnetic pitch drive, wherein the pitch drive is formed by a coil and a permanent magnet assigned to the coil and the permanent magnet is disposed at the rotor blade-side pitch pin receptacle and the coil at the pitch pin or vice versa.
A refrigerator comprising a body; a door which is arranged on the body and which provides access into the body; a sealing member which is disposed onto the door and which provides leakproofing; an upper edge, a lateral edge and a lower edge onto which the sealing member is seated when the door is closed; at least one microphone which is provided on the body; a control unit to which the audio data received from the microphone is transmitted and which is programmed to process the audio data; at least one speaker which enables the control unit to inform the user; and at least one cavity which is positioned on the body so as to align with the microphone or the speaker, the cavity which has a concave surface enabling the voice of the user to be picked up characterized by the cavity which surrounds the microphone and which is in the form of a cone with the surface having the larger diameter facing outside the body.
A method of controlling a federation of automated agents, the federation of automated agents including a plurality of in-service automated agents, the method comprising: receiving a ticket from a terminal; routing the ticket to a number of in-service automated agents among the plurality of in-service automated agents; measuring a similarity of suggestions generated by the number of in-service automated agents among the plurality of in-service automated agents, the suggestions being suggestions for responding to the ticket; determining a subset of the suggestions based on a rating of the number of in-service automated agents and the similarity of suggestions generated by the number of in-service automated agents, the rating being based on a previous score indicative of a quality of a previous subset of suggestions provided by the number of in-service automated agents; and providing the subset of suggestions to the terminal. receiving a ticket from a terminal; routing the ticket to a number of in-service automated agents among the plurality of in-service automated agents; measuring a similarity of suggestions generated by the number of in-service automated agents among the plurality of in-service automated agents, the suggestions being suggestions for responding to the ticket; determining a subset of the suggestions based on a rating of the number of in-service automated agents and the similarity of suggestions generated by the number of in-service automated agents, the rating being based on a previous score indicative of a quality of a previous subset of suggestions provided by the number of in-service automated agents; and providing the subset of suggestions to the terminal.
Set of moulding elements (10, 20) intended to be added to a mould for vulcanizing a tyre tread, said set comprising a main moulding element and a secondary moulding element comprising an edge, said main moulding element comprising, on at least one of its faces, a contact zone adapted to be in contact with all or part of the edge of the secondary element, characterized in that said contact zone comprises at least two undulations, said undulations crossing without interruption the contact zone, the edge of said secondary moulding element comprising at least two recessed portions forming a profile complementary to the profile of the undulations 12.
Apparatus for making a frozen confectionery product by rotary vertical extrusion into a container (60, 62), said apparatus comprising - a nozzle - at least one ice-cream passage (20, 22) with at least one inlet port (24, 26) and an outlet port, - at least one chocolate passage (30, 32) with at least an inlet port (34, 36) and an outlet port (38, 38'), wherein the outlet ports (28, 38, 28') are provided in the nozzle and have elongated cross-sections, and wherein the chocolate outlet port (38, 38') extends in parallel to the ice cream outlet port, so as to form an annular or helical chocolate layer (44, 46) upon rotation of the nozzle and the container with respect to each other, and wherein the longitudinal diameter of each of the chocolate outlet ports (38, 38') corresponds to less than half of the longitudinal diameter of the ice cream outlet port, and wherein two outlet ports (38, 38') are arranged symmetrically with respect to a central ice-cream outlet port. - a nozzle - at least one ice-cream passage (20, 22) with at least one inlet port (24, 26) and an outlet port, - at least one chocolate passage (30, 32) with at least an inlet port (34, 36) and an outlet port (38, 38'),
A method of managing power within an aircraft electrical system, the aircraft comprising a generator driven by a gas turbine engine for the supply of electrical power to the system, wherein the generator and electrical system are connected to a common energy store, the method characterised by: determining or receiving predicted electrical energy demands of the system over at least a portion of a flight; determining or receiving predicted thrust demands for the gas turbine engine over at least said portion of the flight; defining a plurality of time periods within at least said portion of the flight; determining a desirous rate of charge of the energy store for each time period based upon the predicted thrust and electrical energy demands over said time period; and, controlling the rate of charge of the energy store during at least said portion of the flight in accordance with the determined desirous rate of charge for each time period. determining or receiving predicted electrical energy demands of the system over at least a portion of a flight; determining or receiving predicted thrust demands for the gas turbine engine over at least said portion of the flight; defining a plurality of time periods within at least said portion of the flight; determining a desirous rate of charge of the energy store for each time period based upon the predicted thrust and electrical energy demands over said time period; and, controlling the rate of charge of the energy store during at least said portion of the flight in accordance with the determined desirous rate of charge for each time period.
A method of suspending a bird having a body and two legs from a shackle, said body having a breast and each leg comprising a breast side, a back side, a hock joint, a shank and a foot with digits, and said method comprising the following sequence of steps: I) bending at least one leg at the hock joint so that the foot comes nearer to the breast of the bird, characterized by the steps of: II) inserting the foot of the at least one leg in the shackle, and III) releasing the at least one leg at least partially. I) bending at least one leg at the hock joint so that the foot comes nearer to the breast of the bird, characterized by the steps of: II) inserting the foot of the at least one leg in the shackle, and III) releasing the at least one leg at least partially.
A method for processing a titanium alloy billet to enhance notch toughness of the alloy, comprising: causing transformation of the alloy to a substantially single-phase beta microstructure; causing a martensitic transformation of the single-phase beta microstructure to produce a fine platelet alpha-beta microstructure; thereafter, isothermally forging the billet at a first temperature substantially lower than a beta transus temperature of the alloy so as to attain a fine equiaxed microstructure with a maximum grain size on the order of about 2-5 μm; and aging the isothermally forged billet at a second temperature substantially higher than said first temperature but below the beta transus temperature of the alloy for a period of time sufficient to grow the microstructure such that a maximum grain size is on the order of about 5-10 μm, wherein the isothermal forging is carried out at a temperature in the range of about 300°C to about 250°C below the beta transus temperature. causing transformation of the alloy to a substantially single-phase beta microstructure; causing a martensitic transformation of the single-phase beta microstructure to produce a fine platelet alpha-beta microstructure; thereafter, isothermally forging the billet at a first temperature substantially lower than a beta transus temperature of the alloy so as to attain a fine equiaxed microstructure with a maximum grain size on the order of about 2-5 μm; and aging the isothermally forged billet at a second temperature substantially higher than said first temperature but below the beta transus temperature of the alloy for a period of time sufficient to grow the microstructure such that a maximum grain size is on the order of about 5-10 μm, wherein the isothermal forging is carried out at a temperature in the range of about 300°C to about 250°C below the beta transus temperature.
Detection system for ferromagnetic debris in a flow, particularly a flow of oil in a lubrication circuit of a turbomachine, the detection system comprising: - a passage intended to be travelled along by the flow; - a magnetic detection module for ferromagnetic debris of the flow, the module comprising: an upstream half, a downstream half, a first magnet, a coil connected to a first magnet and arranged in the upstream half; characterised in that it furthermore comprises a first strainer arranged in the passage on the side of the upstream half of the detection module in order to filter ferromagnetic debris from there. - a passage intended to be travelled along by the flow; - a magnetic detection module for ferromagnetic debris of the flow, the module comprising: an upstream half, a downstream half, a first magnet, a coil connected to a first magnet and arranged in the upstream half;
A method of producing a synthetic retina, comprising: i) providing an embryoid body, ii) differentiating the EB in suspension culture for a first time period in a first neural cell culture medium comprising: a) L-glutamine; b) B27 supplement; and c) an insulin-like growth factor (IGF-1), iii) subsequently differentiating the EB in suspension culture for a second time period in a second neural cell culture medium comprising: a) L-glutamine; b) B27 supplement; c) N2 supplement; and d) an IGF-1, wherein said synthetic retina contains laminated retinal tissue comprising photoreceptors. i) providing an embryoid body, ii) differentiating the EB in suspension culture for a first time period in a first neural cell culture medium comprising: a) L-glutamine; b) B27 supplement; and c) an insulin-like growth factor (IGF-1), a) L-glutamine; b) B27 supplement; and c) an insulin-like growth factor (IGF-1), iii) subsequently differentiating the EB in suspension culture for a second time period in a second neural cell culture medium comprising: a) L-glutamine; b) B27 supplement; c) N2 supplement; and d) an IGF-1, a) L-glutamine; b) B27 supplement; c) N2 supplement; and d) an IGF-1,
An alignment and bone fixation device (10, 110) for use in orthopedic surgery of a foot and/or ankle bone, comprising: a body having a bone facing surface (12, 112), an opposing surface (14, 114), a lateral surface (16, 116) disposed between the bone facing surface and the opposing surface, and a longitudinal axis extending through the bone facing surface and the opposing surface, the body having a first pin hole (28, 128) extending through the body from the bone facing surface to the opposing surface and being sized and configured to receive a pin (42, 142), characterised by comprising: a tool hole (32, 132) extending at least partially through the body and configured to receive an adjustment tool for aligning bone, a first bone fastener hole (30, 130) extending through the body from the bone facing surface to the opposing surface sized and configured to guide a bone fastener entirely through the device to secure aligned bone, and an alignment index (34, 134) establishing an axis transverse to the longitudinal axis of the body for positioning the body on the foot and/or ankle bone by aligning the axis of the alignment index and a longitudinal axis of the bone.
A method for uncapping a mannose-6-phosphate residue on an oligosaccharide, said method comprising: a) providing said oligosaccharide having a mannose-1-phospho-6-mannose linkage; and b) contacting said oligosaccharide with a mannosidase capable of hydrolyzing said mannose-1-phospho-6-mannose residue to phospho-6-mannose, wherein said mannosidase comprises an amino acid sequence having at least 70% identity to SEQ ID NO:50 or at least 90% identity to residues 1 to 774 of SEQ ID NO:50. a) providing said oligosaccharide having a mannose-1-phospho-6-mannose linkage; and b) contacting said oligosaccharide with a mannosidase capable of hydrolyzing said mannose-1-phospho-6-mannose residue to phospho-6-mannose, wherein said mannosidase comprises an amino acid sequence having at least 70% identity to SEQ ID NO:50 or at least 90% identity to residues 1 to 774 of SEQ ID NO:50.
Method for the production of a fat mix with a decreased fat content, consisting in cream separation from milk, fat content normalisation, pasteurisation, preparation of a cream mixture with milk powder and/or other protein carriers, mixture pasteurisation, cooling, homogenisation, an addition of starters, souring, an addition of other thickening and flavouring components, thermisation, smoothing homogenisation and hot packing, characterized in that pasteurised, normalised cream, supplemented or not with an addition of recombined cream, is completed with milk protein carriers and the entire mixture is then submitted to thermal processing at a temperature of 85-135°C for 10-180 seconds, degassed, cooled down to 30-55°C, supplemented with transglutaminase, either as solution or in solid form, in a quantity of 0.1-20.0 U/g of the protein, then the whole product is kept at this temperature for 15-70 minutes, then submitted to thermal processing at 70-92°C for 30-180 seconds, cooled down to approximately 72°C, homogenised and treated in a standard way by an addition - or not - of flavour components, and submission to thermisation, formation, packing and refrigeration.
Torque detection device for the detection of a torque which acts along a rotational axis on a shaft of a vehicle which can be driven by way of muscle power or by way of muscle power and by way of motorized power, with: - an eddy current element, in which electric eddy currents which are dependent on the torque between the drive side and the output side can be generated, and - an eddy current sensor unit for the detection of electric eddy currents which are generated in the eddy current element, - in the case of which the eddy current element has a first slotted disc with slots and webs, and a second slotted disc with slots and webs, - the slotted discs (21, 22) being configured as circular discs which are arranged concentrically with respect to one another and/or do not make contact directly with one another. - an eddy current element, in which electric eddy currents which are dependent on the torque between the drive side and the output side can be generated, and - an eddy current sensor unit for the detection of electric eddy currents which are generated in the eddy current element, - in the case of which the eddy current element has a first slotted disc with slots and webs, and a second slotted disc with slots and webs, - the slotted discs (21, 22) being configured as circular discs which are arranged concentrically with respect to one another and/or do not make contact directly with one another.
A communication method performed by a node of a telecommunication system, the method comprising: receiving a sequence of PDCP Service Data Units, SDUs, for transmission to another communication node; appending a sequence number to each PDCP SDU; storing a copy of the PDCP SDUs with appended sequence number in a PDCP buffer the method being characterized by: ciphering the PDCP SDUs; passing the ciphered PDCP SDUs with appended sequence numbers to an Outer ARQ entity for segmentation; segmenting the ciphered PDCP SDUs with appended sequence numbers to generate Outer ARQ segments; generating and appending a respective Outer ARQ header to each Outer ARQ segment to generate a corresponding Outer ARQ Protocol Data Unit, PDU, which header includes data identifying the position of the Outer ARQ segment within the corresponding PDCP SDU; sending the generated Outer ARQ PDUs to the other communication node; receiving acknowledgements for transmitted Outer ARQ PDUs; and purging each PDCP SDU from the PDCP buffer once acknowledgements have been received for the Outer ARQ PDUs containing the PDCP SDU. receiving a sequence of PDCP Service Data Units, SDUs, for transmission to another communication node; appending a sequence number to each PDCP SDU; storing a copy of the PDCP SDUs with appended sequence number in a PDCP buffer the method being characterized by: ciphering the PDCP SDUs; passing the ciphered PDCP SDUs with appended sequence numbers to an Outer ARQ entity for segmentation; segmenting the ciphered PDCP SDUs with appended sequence numbers to generate Outer ARQ segments; generating and appending a respective Outer ARQ header to each Outer ARQ segment to generate a corresponding Outer ARQ Protocol Data Unit, PDU, which header includes data identifying the position of the Outer ARQ segment within the corresponding PDCP SDU; sending the generated Outer ARQ PDUs to the other communication node; receiving acknowledgements for transmitted Outer ARQ PDUs; and purging each PDCP SDU from the PDCP buffer once acknowledgements have been received for the Outer ARQ PDUs containing the PDCP SDU. ciphering the PDCP SDUs; passing the ciphered PDCP SDUs with appended sequence numbers to an Outer ARQ entity for segmentation; segmenting the ciphered PDCP SDUs with appended sequence numbers to generate Outer ARQ segments; generating and appending a respective Outer ARQ header to each Outer ARQ segment to generate a corresponding Outer ARQ Protocol Data Unit, PDU, which header includes data identifying the position of the Outer ARQ segment within the corresponding PDCP SDU; sending the generated Outer ARQ PDUs to the other communication node; receiving acknowledgements for transmitted Outer ARQ PDUs; and purging each PDCP SDU from the PDCP buffer once acknowledgements have been received for the Outer ARQ PDUs containing the PDCP SDU.
A first mobility management entity, MME, wherein the first MME comprises: a receiver, configured to receive an access request message sent by user equipment, UE, wherein the access request message carries identity information of the UE; a processor, configured to: determine, according to the identity information of the UE, a type of an MME that the UE needs to access; and reselect a second MME according to the type of the MME that the UE needs to access; and a transmitter, configured to forward the access request message to the second MME, so that the second MME executes an access request procedure of the UE. a receiver, configured to receive an access request message sent by user equipment, UE, wherein the access request message carries identity information of the UE; a processor, configured to: determine, according to the identity information of the UE, a type of an MME that the UE needs to access; and reselect a second MME according to the type of the MME that the UE needs to access; and a transmitter, configured to forward the access request message to the second MME, so that the second MME executes an access request procedure of the UE.
Hybrid transmission for a motor vehicle, comprising a transmission housing, a differential which is arranged in the transmission housing, and an electric motor which is arranged in the transmission housing, oil circulating in the transmission housing for the lubrication and/or for the cooling of transmission components, the oil being collected in an oil sump, a ring gear of the differential being arranged partially in the oil sump, a collecting apparatus being configured and arranged in the transmission housing in such a way that oil which is also flung out of the oil sump by the ring gear is collected in the collecting apparatus and is forwarded to the electric motor in such a way that oil flows to the electric motor, with the result that the electric motor is cooled, the collecting apparatus having a first collecting region at a first end of the collecting apparatus, which first end faces the ring gear, and a second collecting region at that second end of the collecting apparatus which lies opposite the first end and faces the electric motor, it being possible for the oil to fall out of the said second collecting region to the electric motor, it being possible, in particular, for it to fall into a hollow shaft rotor or into a prechamber of a hollow shaft rotor of the electric motor, the collecting apparatus comprising a central part between the first collecting region and the second collecting region, which central part is configured as a pipe or as a hose, the collecting apparatus having at least one first opening for receiving oil from the region of the ring gear, characterized in that the collecting apparatus has a second opening for receiving oil from the region of a clutch of the hybrid transmission.
A label making system, comprising: a roll of media; and a thermal printer, wherein the roll of media has a front portion including thermally sensitive ink, and a back portion having repeating patterns of adhesive material coated thereon, wherein the thermal printer has a cutter blade for cutting discrete labels from the roll of media by making variably located lateral cuts across the width of the roll of media, and wherein the repeating patterns of adhesive material are configured on the back portion to vary locations of contact between the adhesive material and the cutter blade so as to approximately uniformly distribute the locations of contact over the cutter blade. a roll of media; and a thermal printer, wherein the roll of media has a front portion including thermally sensitive ink, and a back portion having repeating patterns of adhesive material coated thereon, wherein the thermal printer has a cutter blade for cutting discrete labels from the roll of media by making variably located lateral cuts across the width of the roll of media, and wherein the repeating patterns of adhesive material are configured on the back portion to vary locations of contact between the adhesive material and the cutter blade so as to approximately uniformly distribute the locations of contact over the cutter blade.
Cooking hob, in particular induction cooking hob, including a housing having a housing bottom wall and housing side walls (14a-d, 34) connected with a cooking hob plate of the cooking hob, wherein the housing forms at least one interior space in which electric and/or electronic components of the cooking hob are arrangeable or arranged, wherein the housing comprises at least one electric terminal characterized in that the terminal is formed integrally to the housing.