mhurhangee/ep-ind-claims huggingface dataset:
Rotary electric machine having: - a stator, - a rotor, - a casing, - a shaft, and - at least one rolling bearing mounted between said casing and said shaft, the casing having a reservoir configured to receive a lubricant intended to lubricate said rolling bearing, the machine having a cooling circuit designed to allow the flow of a cooling liquid, for example an oil, for cooling the stator and/or the rotor, said reservoir being delimited by a base, a first rim formed in said casing and a second rim formed by an external ring of said rolling bearing. - a stator, - a rotor, - a casing, - a shaft, and - at least one rolling bearing mounted between said casing and said shaft, the casing having a reservoir configured to receive a lubricant intended to lubricate said rolling bearing, the machine having a cooling circuit designed to allow the flow of a cooling liquid, for example an oil, for cooling the stator and/or the rotor, said reservoir being delimited by a base, a first rim formed in said casing and a second rim formed by an external ring of said rolling bearing. the casing having a reservoir configured to receive a lubricant intended to lubricate said rolling bearing, the machine having a cooling circuit designed to allow the flow of a cooling liquid, for example an oil, for cooling the stator and/or the rotor, said reservoir being delimited by a base, a first rim formed in said casing and a second rim formed by an external ring of said rolling bearing.
A measuring system configured to evaluate an electronic device adapted to transmit sound based on vibration of a vibrator to a user by pressing the vibrator held in a housing to a human ear, said system comprising: an ear simulator that mimics a human ear; a sound pressure measuring unit that measures sound pressure of sound propagated through the artificial ear canal; characterized by a vibration detection unit disposed on a periphery of an artificial ear canal formed in the ear simulator; a phase adjusting unit that is configured to relatively adjust a phase of an output from the vibration detection unit and phase of output from the sound pressure measuring unit; an output synthesizing unit that synthesizes the output from the vibration detection unit and the output from the sound pressure measuring unit, the phases of the outputs relatively adjusted by the phase adjusting unit, a frequency analysis unit wherein the frequency analysis unit analyzes a frequency component of the output from the vibration detection unit, a frequency component of the output from the sound pressure measuring unit, or a frequency component of the synthesized output from the output synthesizing unit. an ear simulator that mimics a human ear; a sound pressure measuring unit that measures sound pressure of sound propagated through the artificial ear canal; characterized by a vibration detection unit disposed on a periphery of an artificial ear canal formed in the ear simulator; a phase adjusting unit that is configured to relatively adjust a phase of an output from the vibration detection unit and phase of output from the sound pressure measuring unit; an output synthesizing unit that synthesizes the output from the vibration detection unit and the output from the sound pressure measuring unit, the phases of the outputs relatively adjusted by the phase adjusting unit, a frequency analysis unit wherein the frequency analysis unit analyzes a frequency component of the output from the vibration detection unit, a frequency component of the output from the sound pressure measuring unit, or a frequency component of the synthesized output from the output synthesizing unit.
An estimation device comprising: at least one processor (11, 51), wherein the processor functions as a learned neural network that derives a result of estimation relating to a bone density of a bone part from a simple radiation image acquired by simply imaging a subject including the bone part or a dual x-ray absorptiometry, DXA, scanning image acquired by imaging the subject by a DXA method, and the learned neural network is learned by using, as teacher data, a composite two-dimensional image representing the subject, which is derived by combining a three-dimensional CT image of the subject, and information relating to the bone density of the subject; and wherein the composite two-dimensional image is derived by deriving an attenuation coefficient of radiation for a composition at each position on a three-dimensional space, and projecting the CT image in a predetermined direction based on the attenuation coefficient. at least one processor (11, 51), wherein the processor functions as a learned neural network that derives a result of estimation relating to a bone density of a bone part from a simple radiation image acquired by simply imaging a subject including the bone part or a dual x-ray absorptiometry, DXA, scanning image acquired by imaging the subject by a DXA method, and the learned neural network is learned by using, as teacher data, a composite two-dimensional image representing the subject, which is derived by combining a three-dimensional CT image of the subject, and information relating to the bone density of the subject; and wherein the composite two-dimensional image is derived by deriving an attenuation coefficient of radiation for a composition at each position on a three-dimensional space, and projecting the CT image in a predetermined direction based on the attenuation coefficient.
An implantable stimulator device, comprising: a first integrated circuit comprising a plurality of first electrodes configured to provide stimulation to a patient's tissue; and a second integrated circuit comprising a plurality of second electrodes configured to provide stimulation to the patient's tissue, and measurement circuitry on the second integrated circuit configured to select and measure voltages from any of the first electrodes and from any of the second electrodes; the second electrodes being different from the first electrodes; wherein the first and second integrated circuits are different integrated circuits being identical in fabrication and wherein the second integrated circuit is configured to operate as a master and the first integrated circuit is configured to operate as a slave to the second integrated circuit. a first integrated circuit comprising a plurality of first electrodes configured to provide stimulation to a patient's tissue; and a second integrated circuit comprising a plurality of second electrodes configured to provide stimulation to the patient's tissue, and measurement circuitry on the second integrated circuit configured to select and measure voltages from any of the first electrodes and from any of the second electrodes; the second electrodes being different from the first electrodes; wherein the first and second integrated circuits are different integrated circuits being identical in fabrication and wherein the second integrated circuit is configured to operate as a master and the first integrated circuit is configured to operate as a slave to the second integrated circuit.
A method for thermoforming an article, the method comprising: receiving a compression material having an article positioned inside the compression material; exposing an area between an inner surface of the compression material and an outer surface of the article to a pressure less than atmospheric pressure so that the compression material applies a compressive force onto the outer surface of the article; introducing the article to one or more heating stations; rotating the article within the one or more heating stations; introducing the article to a cooling station; and rotating the article within the cooling station. receiving a compression material having an article positioned inside the compression material; exposing an area between an inner surface of the compression material and an outer surface of the article to a pressure less than atmospheric pressure so that the compression material applies a compressive force onto the outer surface of the article; introducing the article to one or more heating stations; rotating the article within the one or more heating stations; introducing the article to a cooling station; and rotating the article within the cooling station.
A method for selecting a lactic acid bacterial strain for administration to a woman for improving the woman's breast milk for feeding to a baby, said method being characterized by selecting a strain of Lactobacillus reuteri, the administration of which has been found to increase the levels of IL-10 and decrease the levels of TGF-beta-2 in breast milk.
A method comprising: determining, for each reference wireless network device of a plurality of reference wireless network devices (104, 106, 108, 112) of a communication network, a distance between a first wireless network device and the reference wireless network device based, at least in part, on a round trip transit time between the first wireless network device and the reference wireless network device; selecting a first subset of the plurality of reference wireless network devices for determining a plurality of potential locations of the first wireless network device based, at least in part, on the distance between the first wireless network device and each of the plurality of reference wireless network devices; selecting a second subset of the plurality of reference wireless network devices for estimating a current location of the first wireless network device based, at least in part, on the first subset of the plurality of reference wireless network devices and the distance between the first wireless network device and each of the plurality of reference wireless network devices; determining the plurality of potential locations based, at least in part, on the first subset of the plurality of reference wireless network devices; and estimating the current location from the plurality of potential locations based, at least in part, on the second subset of the plurality of reference wireless network devices. determining, for each reference wireless network device of a plurality of reference wireless network devices (104, 106, 108, 112) of a communication network, a distance between a first wireless network device and the reference wireless network device based, at least in part, on a round trip transit time between the first wireless network device and the reference wireless network device; selecting a first subset of the plurality of reference wireless network devices for determining a plurality of potential locations of the first wireless network device based, at least in part, on the distance between the first wireless network device and each of the plurality of reference wireless network devices; selecting a second subset of the plurality of reference wireless network devices for estimating a current location of the first wireless network device based, at least in part, on the first subset of the plurality of reference wireless network devices and the distance between the first wireless network device and each of the plurality of reference wireless network devices; determining the plurality of potential locations based, at least in part, on the first subset of the plurality of reference wireless network devices; and estimating the current location from the plurality of potential locations based, at least in part, on the second subset of the plurality of reference wireless network devices.
A method for transmitting data in an unlicensed frequency band, the method comprising: determining, by a network device, an end position of data to be transmitted, in a radio frame over the unlicensed frequency band; determining, by the network device, a position indication information according to the end position, wherein the position indication information instructs a user equipment to determine the end position of the data to be transmitted, in the radio frame over the unlicensed frequency band according to the position indication information; and sending, by the network device, the position indication information to the user equipment via signaling; wherein the signaling is located in a prescribed Orthogonal Frequency Division Multiplex, OFDM symbol in any one sub-frame included in the radio frame, between a sub-frame where a successful contention based access is achieved, and a sub-frame where a last complete available OFDM symbol, where the data to be transmitted are transmitted, is located; or the signaling is located in a first N-th OFDM symbol or a last complete available OFDM symbol in a last sub-frame included in the radio frame, wherein N is a positive integer. determining, by a network device, an end position of data to be transmitted, in a radio frame over the unlicensed frequency band; determining, by the network device, a position indication information according to the end position, wherein the position indication information instructs a user equipment to determine the end position of the data to be transmitted, in the radio frame over the unlicensed frequency band according to the position indication information; and sending, by the network device, the position indication information to the user equipment via signaling; wherein the signaling is located in a prescribed Orthogonal Frequency Division Multiplex, OFDM symbol in any one sub-frame included in the radio frame, between a sub-frame where a successful contention based access is achieved, and a sub-frame where a last complete available OFDM symbol, where the data to be transmitted are transmitted, is located; or the signaling is located in a first N-th OFDM symbol or a last complete available OFDM symbol in a last sub-frame included in the radio frame, wherein N is a positive integer.
A vulcanization mold in which an annular mold for forming a tire tread of a pneumatic tire is split in a circumferential direction into a plurality of sector molds and the sector molds are moved in directions toward a center and combined with each other to clamp a raw tire on an inner side to vulcanization mold the raw tire, each of the sector molds having blades implanted on a mold surface thereof, the blades being thin plate-like members extending in a tire widthwise direction and being used to form groove lines on the tire tread, each of the blades having a blade proximal end portion to be embedded into the sector mold, a blade distal end side thick portion expanded in a thicknesswise direction on the distal end side, and a blade connection portion that connects the blade proximal end portion and the blade distal end side thick portion to each other, characterised in that, a sweep area that is a difference where a cross sectional area of the blade connection portion is subtracted from an area from the blade distal end side thick portion to the mold surface with a width equal to a maximum width of a thickness of the blade distal end side thick portion in a cross sectional shape perpendicular to the tire widthwise direction of the blade is smaller at the blades in circumferential end portion side regions than at the blades in a circumferential central portion side region of the sector mold. each of the sector molds having blades implanted on a mold surface thereof, the blades being thin plate-like members extending in a tire widthwise direction and being used to form groove lines on the tire tread, each of the blades having a blade proximal end portion to be embedded into the sector mold, a blade distal end side thick portion expanded in a thicknesswise direction on the distal end side, and a blade connection portion that connects the blade proximal end portion and the blade distal end side thick portion to each other, characterised in that, a sweep area that is a difference where a cross sectional area of the blade connection portion is subtracted from an area from the blade distal end side thick portion to the mold surface with a width equal to a maximum width of a thickness of the blade distal end side thick portion in a cross sectional shape perpendicular to the tire widthwise direction of the blade is smaller at the blades in circumferential end portion side regions than at the blades in a circumferential central portion side region of the sector mold.
A method for inhibiting multiple inverter stations (06, 07, 08) from entering a passive control mode in an island state, comprising grouping inverter stations in a multi-terminal flexible direct-current transmission system into groups in advance, setting a priority of each inverter station for island detection in advance in each group, and setting a relevant fixed value of each inverter station for island detection according to the priority, wherein when detecting an island state, an inverter station enters a passive control mode, the passive control mode being a mode in which the inverter station can independently supply power and does not depend on an alternating-current system, only when all other inverter stations with priorities higher than the priority of the present inverter station in the present group send enabling signals, wherein a principle for grouping the inverter stations into groups is grouping inverter stations whose alternating-current sides are connected to each other through an alternating-current line (01, 02) in a normal running condition into one group.
A trash can assembly comprising: a body comprising an interior cavity and a connection base, the body having an upper opening through which refuse can be inserted into the interior cavity, the connection base comprising a receiving area and an opening; and a lid assembly configured to couple and decouple with the body, the lid assembly comprising: a lid, a trim ring, and a hinge unit comprising: a locating member for locating the hinge unit in the receiving area; a slidable securement member that is movable between a first position and a second position; and a spring configured to bias the securement member toward the first position; wherein the slidable securement member is coupled with a handle that is configured to enable a user to actuate the handle against the bias of the spring to move the slidable securement member; wherein: when the slidable securement member is in the second position, the hinge unit configured to be selectively received in the receiving area of the connection base of the body and to be separable from the body; and when the slidable securement member is in the first position and the hinge unit is received in the receiving area, the securement member is engaged with the opening of the connection base of the body. a body comprising an interior cavity and a connection base, the body having an upper opening through which refuse can be inserted into the interior cavity, the connection base comprising a receiving area and an opening; and a lid assembly configured to couple and decouple with the body, the lid assembly comprising: a lid, a trim ring, and a lid, a trim ring, and a locating member for locating the hinge unit in the receiving area; a slidable securement member that is movable between a first position and a second position; and a spring configured to bias the securement member toward the first position; wherein the slidable securement member is coupled with a handle that is configured to enable a user to actuate the handle against the bias of the spring to move the slidable securement member; wherein: when the slidable securement member is in the second position, the hinge unit configured to be selectively received in the receiving area of the connection base of the body and to be separable from the body; and when the slidable securement member is in the first position and the hinge unit is received in the receiving area, the securement member is engaged with the opening of the connection base of the body. when the slidable securement member is in the second position, the hinge unit configured to be selectively received in the receiving area of the connection base of the body and to be separable from the body; and when the slidable securement member is in the first position and the hinge unit is received in the receiving area, the securement member is engaged with the opening of the connection base of the body.
An air guide structure of a vehicle, comprising: a pair of heat insulators (30, 40) provided within an engine room, the pair of heat insulators (30, 40) including: (i) a first heat insulator disposed on a rear side of an engine in a front and rear direction of the vehicle with respect to the engine arranged within the engine room, and (ii) a second heat insulator disposed on a front side of a dash panel in the front and rear direction of the vehicle, the dash panel being arranged on the rear side of the engine room of the vehicle; and air guide portions (30C, 40D) formed at a top of each of the pair of the heat insulators (30, 40) and arranged to guide air heated by an exhaust system from the engine upward of the vehicle. a pair of heat insulators (30, 40) provided within an engine room, the pair of heat insulators (30, 40) including: (i) a first heat insulator disposed on a rear side of an engine in a front and rear direction of the vehicle with respect to the engine arranged within the engine room, and (ii) a second heat insulator disposed on a front side of a dash panel in the front and rear direction of the vehicle, the dash panel being arranged on the rear side of the engine room of the vehicle; and air guide portions (30C, 40D) formed at a top of each of the pair of the heat insulators (30, 40) and arranged to guide air heated by an exhaust system from the engine upward of the vehicle.
Crystalline foam made by combining and mixing at least a polyisocyanate and a polyol and/or a trimerization catalyst and/or an epoxy resin having a close packing of monodisperse or bidisperse cells or bubbles and wherein at least 50 %, preferably at least 75 % and most preferably at least 90 % of the bubbles or cells of the foam are in a cubic or hexagonal close packing arrangement and is comprising a plurality of one or more of the groups selected from urethane, isocyanurate and oxazolidone groups.
An ink composition, comprising: an anionic acrylate copolymer binder; an oxidized self-dispersible pigment; and an aqueous vehicle; wherein said copolymer binder is either a graft or block copolymer containing one or more repeat units selected from methyl trimethyl silyl dimethyl ketone acetal copolymers, silated poly (vinyl alcohol), ethoxytriethylene glycol methacrylate, tetrabutylammonium chlorobenzoate, trimethylsilyl methacrylate, 1,1-bis(trimethylsiloxy)-2-methyl propene, or combinations thereof. an anionic acrylate copolymer binder; an oxidized self-dispersible pigment; and an aqueous vehicle; wherein said copolymer binder is either a graft or block copolymer containing one or more repeat units selected from methyl trimethyl silyl dimethyl ketone acetal copolymers, silated poly (vinyl alcohol), ethoxytriethylene glycol methacrylate, tetrabutylammonium chlorobenzoate, trimethylsilyl methacrylate, 1,1-bis(trimethylsiloxy)-2-methyl propene, or combinations thereof.