mhurhangee/ep-ind-claims huggingface dataset:
A wall-mounted drum-type washing machine comprising: a rear panel configured to be mounted on a wall surface; a tub configured to contain wash water, integrally formed with the rear panel; a front panel on the tub; a box unit on the rear panel configured to surround the tub and having a connection hole at a front side thereof; a cover unit in the connection hole that cover unit covering the front panel; and an elastic assembling unit connecting the box unit and the rear panel, configured to generate an elastic force between the cover unit and the box unit, characterized in that the elastic assembling unit comprises: a ring portion in the connection hole; a lock groove in the cover unit such that the ring portion is inserted into the lock groove; and a receiving portion on the rear panel so as to receive the box unit. a rear panel configured to be mounted on a wall surface; a tub configured to contain wash water, integrally formed with the rear panel; a front panel on the tub; a box unit on the rear panel configured to surround the tub and having a connection hole at a front side thereof; a cover unit in the connection hole that cover unit covering the front panel; and an elastic assembling unit connecting the box unit and the rear panel, configured to generate an elastic force between the cover unit and the box unit, characterized in that the elastic assembling unit comprises: a ring portion in the connection hole; a lock groove in the cover unit such that the ring portion is inserted into the lock groove; and a receiving portion on the rear panel so as to receive the box unit. a ring portion in the connection hole; a lock groove in the cover unit such that the ring portion is inserted into the lock groove; and a receiving portion on the rear panel so as to receive the box unit.
A solenoid valve assembly intended to be fixed to an assembly including a motor, the solenoid valve assembly including: - a pneumatic solenoid valve including a body, an inlet intended to be connected to a supply pressure, an outlet intended to provide a control pressure and an actuator permitting the monitoring of the control pressure, - first damping means (39, 39') of the vibrations produced by the motor during its operation, disposed externally to the body of the solenoid valve, the first damping means (39, 39') being intended to connect the body of the solenoid valve to the motor, characterized in that the solenoid valve includes second damping means (41, 37) disposed internally to the body of the solenoid valve, the first and second damping means (39, 39') being designed such that they form a dual disconnection device of the vibrations between the motor and the actuator. - a pneumatic solenoid valve including a body, an inlet intended to be connected to a supply pressure, an outlet intended to provide a control pressure and an actuator permitting the monitoring of the control pressure, - first damping means (39, 39') of the vibrations produced by the motor during its operation, disposed externally to the body of the solenoid valve, the first damping means (39, 39') being intended to connect the body of the solenoid valve to the motor,
A combined ear and eye protection apparatus comprising: an eye protector assembly including an eye protector adapted to form a barrier for protecting a wearer's eyes, and arms (130, 135) connected to the eye protector for permitting positioning on a wearer's head; and two ear muff style ear protectors (120, 125) each having a rotational mounting (150, 155) whereby the ear protector is attached to the arm (130, 135); and the assembly of the arms (130, 135) and eye protector is resiliently formed such that, when worn, the resilience of the assembly urges the arms (130, 135) and respective ear protectors (120, 125) inwardly to grip the wearer's head and support the apparatus in place when worn so the ear protectors can be operatively held relative to a wearer's ears so that one ear protector can cover one ear and the other ear protector can cover the other ear, and the eye protector assembly can be moved between a first position where a body of the apparatus rests on the wearer's face to provide protection to the wearer's eyes and one or more alternative positions where the body rests in a position where protection is not provided to the wearer's eyes while the ear protectors (120, 125) can be operatively held relative to a wearer's ears so that one ear protector can cover one ear and the other ear protector can cover the other ear, characterised in that the rotational mounting (150, 155) of each ear muff style protector (120, 125) is located towards an upper edge of the ear protector. an eye protector assembly including an eye protector adapted to form a barrier for protecting a wearer's eyes, and arms (130, 135) connected to the eye protector for permitting positioning on a wearer's head; and two ear muff style ear protectors (120, 125) each having a rotational mounting (150, 155) whereby the ear protector is attached to the arm (130, 135); and the assembly of the arms (130, 135) and eye protector is resiliently formed such that, when worn, the resilience of the assembly urges the arms (130, 135) and respective ear protectors (120, 125) inwardly to grip the wearer's head and support the apparatus in place when worn so the ear protectors can be operatively held relative to a wearer's ears so that one ear protector can cover one ear and the other ear protector can cover the other ear, and the eye protector assembly can be moved between a first position where a body of the apparatus rests on the wearer's face to provide protection to the wearer's eyes and one or more alternative positions where the body rests in a position where protection is not provided to the wearer's eyes while the ear protectors (120, 125) can be operatively held relative to a wearer's ears so that one ear protector can cover one ear and the other ear protector can cover the other ear, characterised in that the rotational mounting (150, 155) of each ear muff style protector (120, 125) is located towards an upper edge of the ear protector.
An apparatus for treating 'fats, oils, and grease' contaminated waste water comprising: • a first heater; • a feed apparatus for supplying contaminated waste water to the first heater; • a main centrifuge provided downstream of the first heater; • an auxiliary centrifuge provided between the first heater and the main centrifuge, the auxiliary centrifuge having a liquid phase outlet which is fluidly coupled to an inlet of the main centrifuge, and a solids outlet; and • a secondary heater provided between the auxiliary centrifuge and the main centrifuge; characterised in that the apparatus further comprises: • a macerator provided upstream of the first heater; • a first heat exchanger having a first channel and a second channel, wherein the first channel is connected in a flow path extending between the feed apparatus and the first heater; and • a secondary heat exchanger provided upstream of the secondary heater, the secondary heat exchanger having a first channel and a second channel; and wherein the first channel of the secondary heat exchanger is connected in a flow path between the auxiliary centrifuge and the main centrifuge; wherein a waste water outlet from the main centrifuge is fluidly coupled to an inlet of the second channel of the first heat exchanger by a flow path in which the second channel of the secondary heat exchanger is fluidly coupled to the waste water outlet of the main centrifuge. • a first heater; • a feed apparatus for supplying contaminated waste water to the first heater; • a main centrifuge provided downstream of the first heater; • an auxiliary centrifuge provided between the first heater and the main centrifuge, the auxiliary centrifuge having a liquid phase outlet which is fluidly coupled to an inlet of the main centrifuge, and a solids outlet; and • a secondary heater provided between the auxiliary centrifuge and the main centrifuge; • a macerator provided upstream of the first heater; • a first heat exchanger having a first channel and a second channel, wherein the first channel is connected in a flow path extending between the feed apparatus and the first heater; and • a secondary heat exchanger provided upstream of the secondary heater, the secondary heat exchanger having a first channel and a second channel; and wherein the first channel of the secondary heat exchanger is connected in a flow path between the auxiliary centrifuge and the main centrifuge; wherein a waste water outlet from the main centrifuge is fluidly coupled to an inlet of the second channel of the first heat exchanger by a flow path in which the second channel of the secondary heat exchanger is fluidly coupled to the waste water outlet of the main centrifuge.
Method for monitoring the status of a rolling bearing in a wind turbine comprising: capturing a bearing temperature at the rolling bearing, characterised by - capturing a nancelle temperature in a nancelle of the wind turbine housing the rolling bearing, - evaluating the bearing temperature and the nancelle temperature to determine the status of the rolling bearing, wherein a difference or ratio between bearing temperature and nancelle temperature is determined as the standard temperature and used for evaluation, and wherein - a mean value is determined for the standard temperature for a predetermined time interval. capturing a bearing temperature at the rolling bearing, characterised by - capturing a nancelle temperature in a nancelle of the wind turbine housing the rolling bearing, - evaluating the bearing temperature and the nancelle temperature to determine the status of the rolling bearing, - capturing a nancelle temperature in a nancelle of the wind turbine housing the rolling bearing, - evaluating the bearing temperature and the nancelle temperature to determine the status of the rolling bearing, wherein a difference or ratio between bearing temperature and nancelle temperature is determined as the standard temperature and used for evaluation, and wherein - a mean value is determined for the standard temperature for a predetermined time interval. - a mean value is determined for the standard temperature for a predetermined time interval.
A method of extracting biological material-derived nucleic acid from samples containing biological material, said method comprising mixing said biological material with an aqueous solution containing at least a surfactant, subjecting the mixture to a heating treatment and then removing said aqueous solution to separate the biological material, adding a solid powder suspension to said biological material, agitating or sonicating it to disrupt said biological material, and extracting nucleic acid from said biological material.
A test leak device for testing or calibrating a leak detecting apparatus, the device having a gas-filled container and a capillary penetrating a container wall, which has a predetermined known leakage rate of at most 10 -6 mbar·l/s, the gas escaping outward through the capillary, characterized in that the proportion of atmospheric air in the gas is at least 10% with a relative humidity of less than 50%, and that the container is a cylindrical container with a removable end cap through which the capillary is guided.
An obturator assembly including: an obturator housing defining a cavity therein; an obturator shaft extending distally from the housing; and a retention member disposed within the cavity of the obturator housing, the retention member including: a main body defining an opening dimensioned for receipt of a surgical instrument, the main body having a first thickness; and a plurality of first sections formed in the main body and circumferentially disposed about the opening, the obturator assembly being characterized in that: each section of the plurality of first sections having a second thickness that is less than the first thickness of the main body to facilitate flexing of the retention member during insertion of a surgical instrument into the opening; wherein each section of the plurality of first sections has a triangular configuration, wherein a base of each section of the plurality of first sections is disposed adjacent an inner peripheral surface of the main body, and an apex of each section of the plurality of first sections is disposed adjacent an outer peripheral surface of the main body. an obturator housing defining a cavity therein; an obturator shaft extending distally from the housing; and a retention member disposed within the cavity of the obturator housing, the retention member including: a main body defining an opening dimensioned for receipt of a surgical instrument, the main body having a first thickness; and a plurality of first sections formed in the main body and circumferentially disposed about the opening, a main body defining an opening dimensioned for receipt of a surgical instrument, the main body having a first thickness; and a plurality of first sections formed in the main body and circumferentially disposed about the opening, each section of the plurality of first sections having a second thickness that is less than the first thickness of the main body to facilitate flexing of the retention member during insertion of a surgical instrument into the opening; wherein each section of the plurality of first sections has a triangular configuration, wherein a base of each section of the plurality of first sections is disposed adjacent an inner peripheral surface of the main body, and an apex of each section of the plurality of first sections is disposed adjacent an outer peripheral surface of the main body.
A portable electronic device that executes a command from a processing apparatus, the portable electronic device comprising: an interface configured to transmit and receive data to and from the processing apparatus; and a processor configured to transmit, through the interface, data in a first frame not comprising a start code or an end code upon receiving, through the interface, a first command requesting transmission of data in the first frame; and a storage unit storing a flag indicating whether the start code and the end code are necessary or unnecessary, wherein the processor sets, in the flag, a value indicating that the start code and the end code are unnecessary, upon receiving the first command; transmits data in the first frame to the processing apparatus if the value indicating that the start code and the end code are unnecessary is set in the flag; and transmits data in a second frame comprising the start code upon receiving a second command requesting the start code through the interface, regardless of whether the value indicating that the start code and the end code are unnecessary is set in the flag, wherein the second command requests transmission of data in the second frame comprising the start code, and wherein the second frame does not comprise the end code. an interface configured to transmit and receive data to and from the processing apparatus; and a processor configured to transmit, through the interface, data in a first frame not comprising a start code or an end code upon receiving, through the interface, a first command requesting transmission of data in the first frame; and a storage unit storing a flag indicating whether the start code and the end code are necessary or unnecessary, wherein the processor sets, in the flag, a value indicating that the start code and the end code are unnecessary, upon receiving the first command; transmits data in the first frame to the processing apparatus if the value indicating that the start code and the end code are unnecessary is set in the flag; and transmits data in a second frame comprising the start code upon receiving a second command requesting the start code through the interface, regardless of whether the value indicating that the start code and the end code are unnecessary is set in the flag, wherein the second command requests transmission of data in the second frame comprising the start code, and wherein the second frame does not comprise the end code.
A method of automatic sound recognition, comprising • Providing an input signal comprising an input sound element; CHARACTERIZED IN THAT the method further comprises • Providing a training database comprising a number of models, each model representing a sound element in the form of o a binary mask comprising binary time frequency units which indicate the energetic areas in time and frequency of the sound element in question, or of o characteristic features or statistics extracted from the binary mask; • Estimating the input sound element based on the models of the training database to provide an output sound element. • Providing an input signal comprising an input sound element; CHARACTERIZED IN THAT the method further comprises • Providing a training database comprising a number of models, each model representing a sound element in the form of o a binary mask comprising binary time frequency units which indicate the energetic areas in time and frequency of the sound element in question, or of o characteristic features or statistics extracted from the binary mask; o a binary mask comprising binary time frequency units which indicate the energetic areas in time and frequency of the sound element in question, or of o characteristic features or statistics extracted from the binary mask; • Estimating the input sound element based on the models of the training database to provide an output sound element.
A cylinder head of a dual fuel internal combustion engine, comprising: - a first injector mounting opening extending through the cylinder head along a first axis and adapted to receive a first fuel injector and comprising a first injector tip section; - a second injector mounting opening extending through the cylinder head along a second axis and adapted to receive a second fuel injector and comprising a second injector tip section, the second axis and the first axis confining an angle within the range of 10° to 25°; - a combustion zone face, the combustion zone face having a first injector tip outlet in a plane perpendicular to the first axis and second injector tip outlet in a plane perpendicular to the second axis; wherein the first injector tip outlet extends around a first centre point and the second injector tip outlet extends around a second centre point, and the first centre point and the second centre point are spaced from each other in a direction perpendicular to the first axis within the range of 40 mm to 60 mm, and in a direction of the first axis within the range of 10 mm to 20 mm; - a cooling chamber, the first injector mounting opening and the second injector mounting opening intersecting the cooling chamber; and - a cooling channel, the first injector mounting opening and the second injector mounting opening intersecting the cooling channel, the first injector tip section and the second injector tip section intersecting the cooling channel, - a first injector mounting opening extending through the cylinder head along a first axis and adapted to receive a first fuel injector and comprising a first injector tip section; - a second injector mounting opening extending through the cylinder head along a second axis and adapted to receive a second fuel injector and comprising a second injector tip section, the second axis and the first axis confining an angle within the range of 10° to 25°; - a combustion zone face, the combustion zone face having a first injector tip outlet in a plane perpendicular to the first axis and second injector tip outlet in a plane perpendicular to the second axis; - a cooling chamber, the first injector mounting opening and the second injector mounting opening intersecting the cooling chamber; and - a cooling channel, the first injector mounting opening and the second injector mounting opening intersecting the cooling channel, the first injector tip section and the second injector tip section intersecting the cooling channel,
A moisture-curable hot melt urethane composition comprising: a hot melt urethane prepolymer having an isocyanate group; and a foaming agent composition containing N,N'-dinitrosopentamethylenetetramine, urea and a polyol, wherein the foaming agent composition further contains boric acid. a hot melt urethane prepolymer having an isocyanate group; and a foaming agent composition containing N,N'-dinitrosopentamethylenetetramine, urea and a polyol, wherein the foaming agent composition further contains boric acid.
A motor controlling method, the method comprising: controlling a motor connected to a battery, the motor having a reluctance torque higher than a magnetic torque at a time of a highest torque generation, and comprising a rotor directly connected to an output shaft of an engine, characterized in that the battery is a low voltage battery, wherein the motor is controlled such that the motor generates more torque when the crankshaft rotates in a low rotation speed range of 0 RPM to 3000 RPM than when the crankshaft rotates in a high rotation speed range of 4500 RPM or higher, wherein controlling the motor further comprises: supplying fuel to the engine to rotate the output shaft in the high rotation speed range; and supplying power from the low voltage battery to the motor to give a torque to the output shaft in a same direction as a rotation direction of the output shaft in the high rotation speed range. controlling a motor connected to a battery, the motor having a reluctance torque higher than a magnetic torque at a time of a highest torque generation, and comprising a rotor directly connected to an output shaft of an engine, characterized in that the battery is a low voltage battery, wherein the motor is controlled such that the motor generates more torque when the crankshaft rotates in a low rotation speed range of 0 RPM to 3000 RPM than when the crankshaft rotates in a high rotation speed range of 4500 RPM or higher, wherein controlling the motor further comprises: supplying fuel to the engine to rotate the output shaft in the high rotation speed range; and supplying power from the low voltage battery to the motor to give a torque to the output shaft in a same direction as a rotation direction of the output shaft in the high rotation speed range. supplying fuel to the engine to rotate the output shaft in the high rotation speed range; and supplying power from the low voltage battery to the motor to give a torque to the output shaft in a same direction as a rotation direction of the output shaft in the high rotation speed range.
A modem for transmitting data via an electric power grid by means of Powerline communication, wherein the modem is a hybrid modem which is configured to transmit data via a mobile communications network, alternatively or additionally to the transmission of data via the electric power grid, i.e. via the Powerline communication, wherein the modem is configured in such a way that the data transmission via the electric power grid is performed via a meshed network, and wherein the modem is configured in such a way that it is switchable between the mobile communications network and the electric power grid in dependence on a plurality of parameters, characterised in that the parameters are selected from the following group: signal strength, signal quality, latency, data transmission rate and number of hops, wherein the parameters are weighted, and in that the modem has a housing that is intended for installation in an FNN meter, a DIN rail or in a meter cabinet.