mhurhangee/ep-ind-claims huggingface dataset:
An electrical winding used for a stator of a rotating electrical machine composed of said stator and a rotor, wherein said electrical winding is a rectangular coil, is wound on teeth of a stator core of the stator and striding across a plurality of slots, while being inserted sequentially through the inlet of a predetermined slot of said stator core; said electrical winding comprising: two slot inserts (SC-S1, SC-S2) to be inserted into said slot; two coil ends (SC-E1, SC-E2) located outside the end of said slot; and four twist section (N1-N4), arranged between said slot inserts and coil ends, processed by twisting; and wherein, while the coils equivalent to a plurality of turns are wound on said teeth of the stator core, twisting is provided by said twist sections to ensure that the surface of said rectangular coil in the second coil end will be opposite to the surface of said rectangular coil in the first coil end; and said coil ends are configured in such a way that the start of the rectangular coil winding and the end of the rectangular coil winding are located on one and the same side. two slot inserts (SC-S1, SC-S2) to be inserted into said slot; two coil ends (SC-E1, SC-E2) located outside the end of said slot; and four twist section (N1-N4), arranged between said slot inserts and coil ends, processed by twisting; and wherein, while the coils equivalent to a plurality of turns are wound on said teeth of the stator core, twisting is provided by said twist sections to ensure that the surface of said rectangular coil in the second coil end will be opposite to the surface of said rectangular coil in the first coil end; and said coil ends are configured in such a way that the start of the rectangular coil winding and the end of the rectangular coil winding are located on one and the same side.
Mannequin for the surface treatment of pants, comprising an upper support structure, with a fixing area of the upper part of a pair of pants, and from which two legs suitable for lodging inside the legs of said pants extend, wherein each leg defines a longitudinal axis, wherein said mannequin has a front part, corresponding to the front part of the pants, and a rear part, wherein each of said legs has an inflatable balloon arranged at its rear part, wherein each of said inflatable balloons has an upper edge, a lower edge, an inner lateral section with an inner edge, proximal to the other leg, and an outer lateral section with an outer edge, opposite the inner lateral section, wherein each of said inflatable balloons has a longitudinal axis which passes through its geometric center and is parallel to the longitudinal axis of the corresponding leg characterized in that each of said inflatable balloons has its outer lateral section folded upon itself at least once around a folding line extending from said upper edge to said lower edge, said upper edge is fixed to the rear upper end of the corresponding leg, such that the upper edge part corresponding to the outer lateral section is also fixed to the rear upper end of the leg, said lower edge is fixed to a rear intermediate point of the corresponding leg, such that the lower edge part corresponding to the outer lateral section is also fixed to said rear intermediate point.
A method for movement in a physically configurable space, the space including one or more physically configurable elements, a first user being at a first location and in a first position in the physically configurable space, and the method including: - providing the physically configurable space with at least one sensor; - connecting the at least one sensor to a control unit; - sensing at least the first user's first location in the physically configurable space by means of the at least one sensor, - configuring the at least one configurable element by means of the control unit on the basis of sensed information from the at least one sensor so that the first user's allowed moving space in the physically configurable space is altered, characterized in that the method further includes the steps of: - storing information about the first user's physical data, such as weight, height, age and so on, in the control unit; - storing information on the first user's movements in the physically configurable space in the control unit; and - using at least a part of the stored information, including information about the first user's physical data, to configure the at least one configurable element. - providing the physically configurable space with at least one sensor; - connecting the at least one sensor to a control unit; - sensing at least the first user's first location in the physically configurable space by means of the at least one sensor, - configuring the at least one configurable element by means of the control unit on the basis of sensed information from the at least one sensor so that the first user's allowed moving space in the physically configurable space is altered, characterized in that the method further includes the steps of: - storing information about the first user's physical data, such as weight, height, age and so on, in the control unit; - storing information on the first user's movements in the physically configurable space in the control unit; and - using at least a part of the stored information, including information about the first user's physical data, to configure the at least one configurable element.
An apparatus for performing ice nucleation in a liquid, the apparatus comprising: at least one housing for said ice nucleation, the or each housing comprising a cavity and having at least one housing wall permeable to said liquid; and an ice nucleating material encapsulated within the cavity, wherein the at least one housing wall permeable to said liquid is configured to prevent or reduce the likelihood of the ice nucleating material permeating out of the cavity; the apparatus being characterised in that: the apparatus further comprises a stem (94, 114) coupled to the housing; or in that: the apparatus is in the form of a multiwell plate comprising a plurality of wells and said at least one housing comprises a plurality of integrated housings, each integrated housing being integrated into one of the wells of the multiwell plate; or in that: the apparatus comprises an insert plate for a multiwell plate that has a plurality of wells, the insert plate comprising: a plurality of legs arranged in an array, each leg having a first, proximal end coupled to the insert plate and extending from a surface of the insert plate; and a plurality of feet, wherein each foot is coupled to a second, distal end of a leg of the plurality of legs; and wherein the at least one housing comprises a plurality of housings, each housing being provided within one of the feet.
A method comprising: receiving a notification of an emergency event at a geographic location; retrieving RF coverage data for the geographic location; detecting when an ambient location of a user device indicates proximity to and/or possible or likely entry of the user device to a portion of the geographic area associated with the RF coverage data that is below a predetermined threshold; when the ambient location of the user device indicates proximity to and/or possible or likely entry of the user device to the portion of the first geographic location associated with the RF coverage data that is below the predetermined threshold, transmitting a first alert to the user device; detecting when the ambient location of the user device indicates proximity to and/or possible or likely entry of the user device to a portion of the geographic area unassociated with the RF coverage data; and when the ambient location of the user device indicates proximity to and/or possible or likely entry of the user device to the portion of the first geographic location unassociated with the RF coverage data, transmitting a second alert to the user device. receiving a notification of an emergency event at a geographic location; retrieving RF coverage data for the geographic location; detecting when an ambient location of a user device indicates proximity to and/or possible or likely entry of the user device to a portion of the geographic area associated with the RF coverage data that is below a predetermined threshold; when the ambient location of the user device indicates proximity to and/or possible or likely entry of the user device to the portion of the first geographic location associated with the RF coverage data that is below the predetermined threshold, transmitting a first alert to the user device; detecting when the ambient location of the user device indicates proximity to and/or possible or likely entry of the user device to a portion of the geographic area unassociated with the RF coverage data; and when the ambient location of the user device indicates proximity to and/or possible or likely entry of the user device to the portion of the first geographic location unassociated with the RF coverage data, transmitting a second alert to the user device.
A fan drive gear drive lubrication system for a gas turbine engine comprising: a torque frame supporting multiple gears and including at least one lubrication passage; an oil baffle secured to the torque frame and including a central opening and multiple circumferentially spaced gear pockets arranged about the central opening and receiving the multiple gears, the oil baffle including at least one lubrication passageway in fluid communication with the lubrication passage; and at least one tube extending between and fluidly interconnecting the lubrication passage and passageway; wherein the torque frame includes a base with an integrated fan shaft and integrated gear shafts circumferentially spaced relative to one another and supporting the multiple gears; characterised in that a bearing assembly is mounted on each shaft for rotationally supporting its respective gear, each bearing assembly including a race receiving a spherical bearing, and in that each shaft, spherical bearing and race respectively include radially extending first, second and third passageways (92, 94, 96) that are aligned with one another and in fluid communication with the lubrication passage to deliver lubricating fluid from the lubrication passage to bearing surfaces provided between the race and the respective gear. a torque frame supporting multiple gears and including at least one lubrication passage; an oil baffle secured to the torque frame and including a central opening and multiple circumferentially spaced gear pockets arranged about the central opening and receiving the multiple gears, the oil baffle including at least one lubrication passageway in fluid communication with the lubrication passage; and at least one tube extending between and fluidly interconnecting the lubrication passage and passageway; wherein the torque frame includes a base with an integrated fan shaft and integrated gear shafts circumferentially spaced relative to one another and supporting the multiple gears; characterised in that a bearing assembly is mounted on each shaft for rotationally supporting its respective gear, each bearing assembly including a race receiving a spherical bearing, and in that each shaft, spherical bearing and race respectively include radially extending first, second and third passageways (92, 94, 96) that are aligned with one another and in fluid communication with the lubrication passage to deliver lubricating fluid from the lubrication passage to bearing surfaces provided between the race and the respective gear.
A stabilizer control device for a vehicle which performs a variable control of a torsional stiffness of a stabilizer provided between right and left wheels of the vehicle, comprising: an absolute roll information obtaining unit which obtains absolute roll information above a spring from an output of a sensor installed above the spring in the vehicle; and a stabilizer control unit which calculates a first anti-roll moment based on the absolute roll information and controls the stabilizer based on the first anti-roll moment, wherein the stabilizer control unit changes a control amount of the stabilizer based on the first anti-roll moment, in accordance with a frequency of a road surface input to front and rear suspensions. an absolute roll information obtaining unit which obtains absolute roll information above a spring from an output of a sensor installed above the spring in the vehicle; and a stabilizer control unit which calculates a first anti-roll moment based on the absolute roll information and controls the stabilizer based on the first anti-roll moment, wherein the stabilizer control unit changes a control amount of the stabilizer based on the first anti-roll moment, in accordance with a frequency of a road surface input to front and rear suspensions.
A method for producing a surface-ripened vegan food product from a vegan precursor food product, characterized in that the method comprises the steps (a) providing a vegan precursor food product, applying an envelope thereon and subsequently applying microorganisms thereon, said envelope • being in direct physical contact with the surface of the vegan precursor food product, and • being permeable for metabolites produced by the microorganisms and for the microorganisms themselves and for components of the vegan precursor food product and for gaseous elements, in particular surrounding air; and (b) ripening the vegan precursor food product within the envelope; and (c) removing the envelope to thereby obtain the vegan food product; and wherein the vegan food product and the vegan precursor food product, each contain water and at least one of the following components: • a plant, algae, bacteria or fungus derived polysaccharide component; • a plant, algae, bacteria or fungus derived protein component; and optionally in addition a plant, algae, bacteria or fungus derived fat component. the method comprises the steps (a) providing a vegan precursor food product, applying an envelope thereon and subsequently applying microorganisms thereon, said envelope • being in direct physical contact with the surface of the vegan precursor food product, and • being permeable for metabolites produced by the microorganisms and for the microorganisms themselves and for components of the vegan precursor food product and for gaseous elements, in particular surrounding air; and (b) ripening the vegan precursor food product within the envelope; and (c) removing the envelope to thereby obtain the vegan food product; and (a) providing a vegan precursor food product, applying an envelope thereon and subsequently applying microorganisms thereon, said envelope • being in direct physical contact with the surface of the vegan precursor food product, and • being permeable for metabolites produced by the microorganisms and for the microorganisms themselves and for components of the vegan precursor food product and for gaseous elements, in particular surrounding air; and • being in direct physical contact with the surface of the vegan precursor food product, and • being permeable for metabolites produced by the microorganisms and for the microorganisms themselves and for components of the vegan precursor food product and for gaseous elements, in particular surrounding air; and (b) ripening the vegan precursor food product within the envelope; and (c) removing the envelope to thereby obtain the vegan food product; and wherein the vegan food product and the vegan precursor food product, each contain water and at least one of the following components: • a plant, algae, bacteria or fungus derived polysaccharide component; • a plant, algae, bacteria or fungus derived protein component; • a plant, algae, bacteria or fungus derived polysaccharide component; • a plant, algae, bacteria or fungus derived protein component; and optionally in addition a plant, algae, bacteria or fungus derived fat component.
A lighting device with a changeable color temperature, comprising a light source arranged to emit light in a first mixing chamber of the device, the first mixing chamber comprising a leak opening, and a filtering structure designed to modify the wavelength of the light emitted by the light source, the lighting device further comprising a sealing member designed to at least partially close off the leak opening to allow or prevent the passage of the light emitted by the light source through the leak opening, the leak opening and the sealing member being movable relative to one another under the action of a control member allowing the user to command the relative movement of the sealing member with respect to the leak opening to calibrate the light leaks via the leak opening in order to adjust the color temperature of the light emitted at the outlet of the lighting device, characterized in that the filtering structure and the leak opening provide access to a second mixing chamber of the device, intended for mixing of the light at the outlet of the first mixing chamber via the filtering structure and the other leak opening, the first mixing chamber being contained in the second mixing chamber, the first mixing chamber and the second mixing chamber being arranged head to tail, and in that the second chamber comprises a diffuser arranged to at least partially cover the outlet opening of the second chamber.
An apparatus (201, 210), comprising: a receiver configured to receive an instruction instructing the apparatus to transmit proximity indications to a network when the apparatus finds itself in the vicinity of closed subscriber group cells, and a measurement instruction comprising an indication of a first frequency, characterized by at least one processing core configured to suppress causing sending of a proximity indication relating to a closed subscriber group cell as a response to the closed subscriber group cell operating substantially on at least the first frequency. a receiver configured to receive an instruction instructing the apparatus to transmit proximity indications to a network when the apparatus finds itself in the vicinity of closed subscriber group cells, and a measurement instruction comprising an indication of a first frequency, characterized by at least one processing core configured to suppress causing sending of a proximity indication relating to a closed subscriber group cell as a response to the closed subscriber group cell operating substantially on at least the first frequency.
A method for adapting a speaker-independent speech recognition system with reduced latency, the method comprising: capturing voice data from a user at a carry-on device during a pre-flight check-in for an upcoming flight of an aircraft performed by the user prior to boarding the aircraft; wherein the user is a pilot or a co-pilot of the aircraft; extracting features associated with the user from the voice data captured at the carry-on-device; uplinking the extracted features to the speaker-independent speech recognition system onboard the aircraft; adapting an acoustic feature model of the speaker-independent speech recognition system with the extracted features; and using the speaker-independent speech recognition system with the adapted model by the user after boarding the aircraft. capturing voice data from a user at a carry-on device during a pre-flight check-in for an upcoming flight of an aircraft performed by the user prior to boarding the aircraft; wherein the user is a pilot or a co-pilot of the aircraft; extracting features associated with the user from the voice data captured at the carry-on-device; uplinking the extracted features to the speaker-independent speech recognition system onboard the aircraft; adapting an acoustic feature model of the speaker-independent speech recognition system with the extracted features; and using the speaker-independent speech recognition system with the adapted model by the user after boarding the aircraft.
A method for the calibration of an optical sensor system in a sensor housing, having an operating mode, for the testing of measuring objects, in particular bank notes, and a calibration mode, for the calibration of the sensor system, characterized by a first calibration step, in which a first calibration medium independent of the sensor system, having a standardized reference, is brought into a focus area, lying outside the sensor housing, of the sensor system and covers the entire detection area of the sensor system, where the particular measuring object to be tested is located during the operating mode, wherein a light source of the sensor system excites the first calibration medium with an excitation signal, and a signal generated by the standardized reference of the first calibration medium due to the excitation signal is detected by at least one sensor of the sensor system and a measuring signal is generated, and wherein an adjustment of the sensor system is effected due to the measuring signal, and a second calibration step which is performed immediately after the first calibration step, wherein a second calibration medium, having a non-standardized reference, and being a component of the sensor system, is brought into the optical path of the sensor system at a place which is shifted into the sensor housing by a distance (d) in relation to the focus area of the sensor system, and covers the entire detection area of the sensor system, wherein the light source of the sensor system excites the second calibration medium with the excitation signal, and a signal generated by the reference of the second calibration medium due to the excitation signal is detected by the sensor and a measuring signal is generated, and wherein the measuring signal of the second calibration step is stored, and further in that in the calibration mode the second calibration medium is again brought into the optical path of the sensor system at the place which is shifted into the sensor housing by the distance (d) in relation to the focus area of the sensor system, and covers the entire detection area of the sensor system, wherein the light source of the sensor system excites the second calibration medium with the excitation signal, and a signal generated by the reference of the second calibration medium due to the excitation signal is detected by the sensor and a measuring signal is generated, and wherein the measuring signal of the calibration mode is compared with the stored measuring signal of the second calibration step, and an adjustment of the sensor system is effected if the measuring signal of the calibration mode deviates from the stored measuring signal of the second calibration step.
Method for determining movement information describing a cyclical movement of a patient in a magnetic resonance device, wherein the movement information is used to control the recording and optionally to evaluate magnetic resonance data with the magnetic resonance device and the movement information is determined by evaluating movement data of a movement measuring means, wherein both a navigator sequence to be carried out with the magnetic resonance device and also a movement sensor arranged on the patient are used as movement measuring means, wherein the navigator data recorded by means of the navigator sequence is evaluated as movement data and the sensor data measured by the movement sensor is evaluated at least partly together as movement data, characterised in that at least one recording parameter for the recording of the magnetic resonance data is selected as movement information as a function of a characteristic value describing the temporal course of the movement.