mhurhangee/ep-ind-claims huggingface dataset:
A method of fault detection in an electromechanical device, the electromechanical device including a rotor assembly, a main bearing, a main shaft, a drive train and a generator generating output power, wherein the rotor assembly is coupled to the generator via the drive train, the method comprising: receiving a measured electrical signal from the generator of the electromechanical device; receiving a measured vibration signal from a drive train of the electromechanical device, coupled to the generator; determining a first signal signature based on the measured electrical signal, comprising determining a spectrum of the electrical signal; determining a second signal signature based on the measured vibration signal, comprising determining a spectrum of the vibration signal; determining a plurality of diagnostic parameters, wherein at least one diagnostic parameter is based on the first signal signature and at least one other diagnostic parameter is based on the second signal signature; and determining a fault in the drive train based on the plurality of diagnostic parameters, and determining the severity of the fault by comparing the plurality of diagnostic parameters with two thresholds for classifying the severity. receiving a measured electrical signal from the generator of the electromechanical device; receiving a measured vibration signal from a drive train of the electromechanical device, coupled to the generator; determining a first signal signature based on the measured electrical signal, comprising determining a spectrum of the electrical signal; determining a second signal signature based on the measured vibration signal, comprising determining a spectrum of the vibration signal; determining a plurality of diagnostic parameters, wherein at least one diagnostic parameter is based on the first signal signature and at least one other diagnostic parameter is based on the second signal signature; and determining a fault in the drive train based on the plurality of diagnostic parameters, and determining the severity of the fault by comparing the plurality of diagnostic parameters with two thresholds for classifying the severity.
A coin hopper comprising: a body section (102, 106); a hopper head for storing coins, attached to the body section (102, 106); a rotating disk for temporarily holding coins stored in the hopper head to transfer the coins toward a predetermined coin outlet, wherein the rotating disk is rotatably provided on the body section (102, 106); an electric motor provided on the body section (102, 106); and a rotating disk driving mechanism for driving the rotating disk by rotation of an output shaft of the motor, wherein the rotating disk driving mechanism is provided on the body section (102, 106); wherein the rotating disk driving mechanism comprises a planetary gear mechanism for generating an output by decelerating rotation of the output shaft of the motor at a first reduction ratio, and a first gear train for transmitting the output of the planetary gear mechanism to the rotating disk after decelerating the output of the planetary gear mechanism at a second reduction ratio; the output shaft of the motor and a rotation axis of the rotating disk are arranged so as not to be coaxial; and the output shaft of the motor, the rotation axis of the rotating disk, and a rotation axis of each gear (244, 246, 248, 250) of the first gear train are arranged so as to be approximately parallel to each other, wherein a carrier plate and gears (234, 236, 238, 240) of the planetary gear mechanism are made of synthetic resin, and gears (244, 246, 248, 250) of the first gear train are made of synthetic resin. a body section (102, 106); a hopper head for storing coins, attached to the body section (102, 106); a rotating disk for temporarily holding coins stored in the hopper head to transfer the coins toward a predetermined coin outlet, wherein the rotating disk is rotatably provided on the body section (102, 106); an electric motor provided on the body section (102, 106); and a rotating disk driving mechanism for driving the rotating disk by rotation of an output shaft of the motor, wherein the rotating disk driving mechanism is provided on the body section (102, 106); wherein the rotating disk driving mechanism comprises a planetary gear mechanism for generating an output by decelerating rotation of the output shaft of the motor at a first reduction ratio, and a first gear train for transmitting the output of the planetary gear mechanism to the rotating disk after decelerating the output of the planetary gear mechanism at a second reduction ratio; the output shaft of the motor and a rotation axis of the rotating disk are arranged so as not to be coaxial; and the output shaft of the motor, the rotation axis of the rotating disk, and a rotation axis of each gear (244, 246, 248, 250) of the first gear train are arranged so as to be approximately parallel to each other, wherein a carrier plate and gears (234, 236, 238, 240) of the planetary gear mechanism are made of synthetic resin, and gears (244, 246, 248, 250) of the first gear train are made of synthetic resin.
A head device comprising: an ink jet head including a plurality of head modules (32C, 32M, 32Y, 32K); and a driving voltage supply device that includes one or more processors and supplies a driving voltage to the ink jet head, the driving voltage corresponding to a target jetting amount for each head module (32C, 32M, 32Y, 32K), characterised in that the processor is configured to acquire a module characteristic that represents a characteristic for each head module (32C, 32M, 32Y, 32K); acquire an ink characteristic that represents a characteristic of ink applied to printing using the ink jet head, derive a first voltage coefficient for adjusting the driving voltage for each head module (32C, 32M, 32Y, 32K) based on the module characteristic and the ink characteristic, the first voltage coefficient derived based on a result of measurement of a jetting amount for each head module (32C, 32M, 32Y, 32K), which is performed by applying defined ink, and adjust the driving voltage supplied to the ink jet head by applying the first voltage coefficient for each head module (32C, 32M, 32Y, 32K). an ink jet head including a plurality of head modules (32C, 32M, 32Y, 32K); and a driving voltage supply device that includes one or more processors and supplies a driving voltage to the ink jet head, the driving voltage corresponding to a target jetting amount for each head module (32C, 32M, 32Y, 32K), characterised in that the processor is configured to acquire a module characteristic that represents a characteristic for each head module (32C, 32M, 32Y, 32K); acquire an ink characteristic that represents a characteristic of ink applied to printing using the ink jet head, derive a first voltage coefficient for adjusting the driving voltage for each head module (32C, 32M, 32Y, 32K) based on the module characteristic and the ink characteristic, the first voltage coefficient derived based on a result of measurement of a jetting amount for each head module (32C, 32M, 32Y, 32K), which is performed by applying defined ink, and adjust the driving voltage supplied to the ink jet head by applying the first voltage coefficient for each head module (32C, 32M, 32Y, 32K).
A method for determining a prognosis for benefit for a cancer patient receiving immunotherapy treatment, wherein the immunotherapy treatment comprises use of 5T4, involving (a) measuring a level of haemoglobin in a sample from the cancer patient, and (b) comparing the level of haemoglobin in the sample to a reference level of haemoglobin, wherein a higher level of haemoglobin in the sample correlates with increased benefit to the patient.
A nanocapsule system suitable for the administration of active ingredients, which comprises: a. a surface layer comprising the polypeptide protamine; b. an oily core; c. a surfactant characterized by having a hydrophilic-lipophilic ratio (hydrophilic-lipophilic balance) greater than 8 provided that said surfactant is not a phospholipid; and d. optionally at least one active substance. a. a surface layer comprising the polypeptide protamine; b. an oily core; c. a surfactant characterized by having a hydrophilic-lipophilic ratio (hydrophilic-lipophilic balance) greater than 8 provided that said surfactant is not a phospholipid; and d. optionally at least one active substance.
Tank which is to be earthed, at least comprising an at least partially electrically conductive container of the tank, an electric built-in component, which is arranged within the tank, a cover, which closes an opening for the electric built-in component, said opening being formed in a section of the tank, wherein the cover comprises at least one plug connection, characterized in that an earthing strip connects an earth pin of a plug connection to at least one conductive region of the tank which is to be earthed.
Method (S1, S1a, S1b, S1c) for producing a slip, wherein at least one inorganic constituent is mixed with at least one binder and the binder comprises at least one epoxy resin and at least one silicone copolymer.
A method for collecting information about an access point, AP, on a wireless local area network, WLAN, comprising: receiving, by a user equipment, UE, an radio resource control, RRC, connection reconfiguration message from a 3rd generation partnership project, 3GPP, base station in a Minimization of Drive Tests, MDT, measurement configuration process, wherein the RRC connection reconfiguration message comprises WLAN AP request information, and the WLAN AP request information is used to request the UE to report WLAN AP information; collecting, by the UE, WLAN AP information according to the WLAN AP request information when the UE is in RRC connected state; and sending, by the UE, the WLAN AP information to the 3GPP base station. receiving, by a user equipment, UE, an radio resource control, RRC, connection reconfiguration message from a 3rd generation partnership project, 3GPP, base station in a Minimization of Drive Tests, MDT, measurement configuration process, wherein the RRC connection reconfiguration message comprises WLAN AP request information, and the WLAN AP request information is used to request the UE to report WLAN AP information; collecting, by the UE, WLAN AP information according to the WLAN AP request information when the UE is in RRC connected state; and sending, by the UE, the WLAN AP information to the 3GPP base station.
Control circuit for controlling operation of a device, the control circuit comprising: - a storage means for storing a group identifier, the group identifier corresponding to a group of control circuits (10, 20); and, - a control communication interface circuit for communicating with at least one other control circuit comprised in said group; wherein the control circuit is arranged to respond only to the control command, that is received by the control communication interface and which indicates that the command is intended for control circuits comprised in the group identified by said group identifier, characterized in that the control circuit further comprises an identifier communication interface circuit for receiving the group identifier, the identifier communication interface circuit being coupled to the storage means for storing the group identifier, wherein the identifier communication interface circuit comprises a radio-frequency identification, RF-ID, module; wherein the control communication interface circuit comprises a receiver circuit for receiving a control command and wherein the control circuit is coupled to the device for operating the device in accordance with the control command. - a storage means for storing a group identifier, the group identifier corresponding to a group of control circuits (10, 20); and, - a control communication interface circuit for communicating with at least one other control circuit comprised in said group;
A sensor chip comprising: a pixel array unit that has a rectangular-shaped area in which a plurality of sensor elements is arranged in an array pattern; and a plurality of control lines provided for the pixel array on a sensor substrate; a global control circuit having a clock tree structure configured by a plurality of buffers (31a - 31g) and a plurality of driving elements (32a - 32h), wherein each of driving elements (32a - 32h) is connected to a column control line of the plurality of control lines disposed for columns of the sensor elements, wherein the driving elements (32a - 32h) are connected to internal wirings in one direction in accordance with positions of the control lines; and a rolling control circuit connected to row control lines of the plurality of control lines disposed for rows of the sensor elements. a pixel array unit that has a rectangular-shaped area in which a plurality of sensor elements is arranged in an array pattern; and a plurality of control lines provided for the pixel array on a sensor substrate; a global control circuit having a clock tree structure configured by a plurality of buffers (31a - 31g) and a plurality of driving elements (32a - 32h), wherein each of driving elements (32a - 32h) is connected to a column control line of the plurality of control lines disposed for columns of the sensor elements, wherein the driving elements (32a - 32h) are connected to internal wirings in one direction in accordance with positions of the control lines; and a rolling control circuit connected to row control lines of the plurality of control lines disposed for rows of the sensor elements.
A container for storing personal care articles comprising: a lid structure and a container base, wherein the lid structure is attached to the container base, the lid structure having a top lid portion and a base lid portion, wherein the top lid portion is connected to the base lid portion by at least one hinge, the base lid portion including a unitary dispensing partition and a rigid port, wherein the rigid port is surrounding the unitary dispensing partition, the unitary dispensing partition having a dispensing aperture formed therethrough, the dispensing aperture comprises a continuous slit having at least two ends (70, 75); characterised in that the unitary dispensing partition forms an arc extending a first depth into an interior of the container in a z-direction, and in that the continuous slit extends a distance in an x-direction along the arc. a lid structure and a container base, wherein the lid structure is attached to the container base, the lid structure having a top lid portion and a base lid portion, wherein the top lid portion is connected to the base lid portion by at least one hinge, the base lid portion including a unitary dispensing partition and a rigid port, wherein the rigid port is surrounding the unitary dispensing partition, the unitary dispensing partition having a dispensing aperture formed therethrough, the dispensing aperture comprises a continuous slit having at least two ends (70, 75); characterised in that the unitary dispensing partition forms an arc extending a first depth into an interior of the container in a z-direction, and in that the continuous slit extends a distance in an x-direction along the arc.
A method of capturing a target nucleic acid, comprising: applying a nucleic acid capture probe to a capture zone of a cellulose substrate, wherein the nucleic acid capture probe having a first molecular weight comprises at least a sequence that is complimentary to at least a portion of the target nucleic acid sequence and the nucleic acid capture probe is substantially immobilized at the capture zone of the substrate; applying a sample comprising the target nucleic acid having a second molecular weight less than the nucleic acid capture probe to a sample application zone of the substrate; wherein the sample comprising the target nucleic acid flows across a length of the substrate from the sample application zone to the capture zone by lateral flow, and the target nucleic acid is captured by the nucleic acid capture probes by hybridization at the capture zone, wherein the nucleic acid capture probe is a rolling circle amplification product, wherein the molecular weight of the nucleic acid capture probe is high enough for it to be immobilized on the substrate by entanglement with the substrate applying a nucleic acid capture probe to a capture zone of a cellulose substrate, wherein the nucleic acid capture probe having a first molecular weight comprises at least a sequence that is complimentary to at least a portion of the target nucleic acid sequence and the nucleic acid capture probe is substantially immobilized at the capture zone of the substrate; applying a sample comprising the target nucleic acid having a second molecular weight less than the nucleic acid capture probe to a sample application zone of the substrate; wherein the sample comprising the target nucleic acid flows across a length of the substrate from the sample application zone to the capture zone by lateral flow, and the target nucleic acid is captured by the nucleic acid capture probes by hybridization at the capture zone, wherein the nucleic acid capture probe is a rolling circle amplification product, wherein the molecular weight of the nucleic acid capture probe is high enough for it to be immobilized on the substrate by entanglement with the substrate
A radioactive contaminant container (1, 42, 50, 60) comprising: a wall that defines a containing space for containing radioactive contaminants and shields at least a portion of radiation irradiated from the radioactive contaminants, wherein the wall has an outer shape of a hexagonal cylinder or a substantially hexagonal cylinder, and characterised in that the wall includes a layer containing radiation shielding materials comprising at least silicon, strontium, magnesium, europium and dysprosium, whereas the content of silicon is 5 to 30 mass%, the content of strontium is 30 to 60 mass%, the content of magnesium is 1 to 20 mass%, the content of europium is 0.1 to 5 mass%, and the content of dysprosium is 0.1 to 5 mass%. a wall that defines a containing space for containing radioactive contaminants and shields at least a portion of radiation irradiated from the radioactive contaminants, wherein the wall has an outer shape of a hexagonal cylinder or a substantially hexagonal cylinder, and
Method for axle setting in the case of attachment of a chassis of a motor vehicle to a motor vehicle body and/or to a vehicle frame structure, in which method an axle tilt, a centre offset, an angularity with respect to the vehicle longitudinal axis, a caster and/or a camber of an axle are/is set by way of the attachment of one or more shims, characterized in that at least one of the shims which is used for axle setting is configured as a split shim (20; 50); and in that the split shim has a U-shaped first component, comprising a centre region and two limbs (53a, 53b) which adjoin the centre region, and a second component, it being possible for the first and the second component to be connected releasably to one another via a push-in connection, in which the second component is arranged between the limbs (53a, 53b) of the U-shaped first component.
An apparatus for deposition of a fiber mat on a surface, the apparatus comprising: a reel for holding a roll of the fiber mat, the fiber mat having a length and a width, wherein the length extends along a laying direction and the width extends along a transverse direction; a first roller at a first transverse position and a second roller at a second transverse position for applying traction on the fiber mat to unroll the fiber mat from the reel in the laying direction, wherein the first roller is configured to be controlled independently from the second roller; and a fiber mat tension compensator configured to adjust a tension in the fiber mat along the transverse direction, characterized in that at least one of the first and second rollers (111, 112) is configured to be translated along the transverse direction. a reel for holding a roll of the fiber mat, the fiber mat having a length and a width, wherein the length extends along a laying direction and the width extends along a transverse direction; a first roller at a first transverse position and a second roller at a second transverse position for applying traction on the fiber mat to unroll the fiber mat from the reel in the laying direction, wherein the first roller is configured to be controlled independently from the second roller; and a fiber mat tension compensator configured to adjust a tension in the fiber mat along the transverse direction, characterized in that at least one of the first and second rollers (111, 112) is configured to be translated along the transverse direction.
An embolisation device, comprising: a core; and a plurality of flexible bristles extending outwardly from the core, the flexible bristles having a contracted delivery configuration and an expanded deployed configuration in which the flexible bristles extend radially outwardly from the core; and a membrane (10, 20, 33, 60) disposed on the core, wherein the membrane (10, 20, 33, 60) is configured to have a contracted delivery configuration and an expanded deployed configuration; characterised in that: the membrane (10, 20, 33, 60) is a laminate membrane (10, 20, 33, 60) comprising: an inner layer (11, 21, 61) having an inner layer thickness (X, X'); a first covering layer (12, 22, 62) disposed on one side of the inner layer (11, 21, 61), the first covering layer (12, 22, 62) having a first covering layer thickness (Y, Y'); and a second covering layer (13, 23, 63) disposed on another side of the inner layer (11, 21, 61), the second covering layer (13, 23, 63) having a second covering layer thickness (Z, Z'). a core; and a plurality of flexible bristles extending outwardly from the core, the flexible bristles having a contracted delivery configuration and an expanded deployed configuration in which the flexible bristles extend radially outwardly from the core; and a membrane (10, 20, 33, 60) disposed on the core, wherein the membrane (10, 20, 33, 60) is configured to have a contracted delivery configuration and an expanded deployed configuration; an inner layer (11, 21, 61) having an inner layer thickness (X, X'); a first covering layer (12, 22, 62) disposed on one side of the inner layer (11, 21, 61), the first covering layer (12, 22, 62) having a first covering layer thickness (Y, Y'); and a second covering layer (13, 23, 63) disposed on another side of the inner layer (11, 21, 61), the second covering layer (13, 23, 63) having a second covering layer thickness (Z, Z').