mhurhangee/ep-ind-claims huggingface dataset:
Process for manufacturing a tyre for vehicle wheels, comprising: - laying at least one carcass ply on a forming support having a rotation axis (X-X); - bringing an annular anchoring structure in contact position with an end edge of the carcass ply; - holding, through at least one positioning device, the annular anchoring structure in contact position with the end edge of the carcass ply while at least one air chamber is partially inflated to carry out a first part of turning up the end edge of the carcass ply around the annular anchoring structure; - moving said at least one positioning device away from said annular anchoring structure; - completing the inflation of said at least one air chamber to carry out the remaining part of turning up the end edge of the carcass ply around the annular anchoring structure, so as to form a turned up end portion of the carcass ply including the annular anchoring structure wherein during the partial inflation of said at least one air chamber a maximum pressure value of between 0.1 bar and 0.4 bar is reached into said at least one air chamber and when said at least one air chamber is completely inflated a maximum pressure value of between 0.5 bar and 1 bar is reached into said at least one air chamber. - laying at least one carcass ply on a forming support having a rotation axis (X-X); - bringing an annular anchoring structure in contact position with an end edge of the carcass ply; - holding, through at least one positioning device, the annular anchoring structure in contact position with the end edge of the carcass ply while at least one air chamber is partially inflated to carry out a first part of turning up the end edge of the carcass ply around the annular anchoring structure; - moving said at least one positioning device away from said annular anchoring structure; - completing the inflation of said at least one air chamber to carry out the remaining part of turning up the end edge of the carcass ply around the annular anchoring structure, so as to form a turned up end portion of the carcass ply including the annular anchoring structure wherein during the partial inflation of said at least one air chamber a maximum pressure value of between 0.1 bar and 0.4 bar is reached into said at least one air chamber and when said at least one air chamber is completely inflated a maximum pressure value of between 0.5 bar and 1 bar is reached into said at least one air chamber.
Electrical installation device for installing data connection modules in an installation opening, such as an installation box, comprising a mounting ring for screw-mounting on the installation hole, a support plate for receiving at least one communication interface and a switch frame, wherein the mounting ring and carrier plate are integral, characterised in that the mounting ring and the carrier plate are separated into a plurality of portions by means of partition surfaces, which are perpendicular to the plane thereof and extend continuously from outer edge to outer edge.
A refrigerator comprising: a cabinet comprising at least one storage compartment having a front opening; a door (2, 3) configured to open and close the front opening of the storage compartment; a switching part; a dispenser provided on the door to discharge ice, the dispenser including a discharging shutter to open a discharging hole through which the ice is discharged and to close the discharging hole after a predetermined operating time has elapsed from when the switching part is switched off; and a driving part to move ice toward the discharging hole, characterized in that a controller is arranged to control the driving part to operate after the lapse of a predetermined delay time since the switching part is turned on and in that the discharging shutter is arranged to open as soon as the switching part is switched on. a cabinet comprising at least one storage compartment having a front opening; a door (2, 3) configured to open and close the front opening of the storage compartment; a switching part; a dispenser provided on the door to discharge ice, the dispenser including a discharging shutter to open a discharging hole through which the ice is discharged and to close the discharging hole after a predetermined operating time has elapsed from when the switching part is switched off; and a driving part to move ice toward the discharging hole, characterized in that a controller is arranged to control the driving part to operate after the lapse of a predetermined delay time since the switching part is turned on and in that the discharging shutter is arranged to open as soon as the switching part is switched on.
An acoustic transmitter for generating an acoustic signal, comprising: an actuator module; and a tuning module (500, 700) coupled to the actuator module, characterized in that: the tuning module comprises an electromagnetic coil (506, 706), a variable electrical source (502, 702), and a magnetic-rheological fluid (508, 708), wherein the variable electrical source is in electrical communication with the electromagnetic coil and the electromagnetic coil is at least partially disposed in the magneto-rheological fluid; wherein the acoustic transmitter is arranged so that during operation, the actuator module converts an electrical signal into vibration to generate an acoustic signal, and the variable electrical source (502, 702) applies a current to the electromagnetic coil (506, 706) such that a resonant frequency of the actuator module is adjusted depending on the applied current. an actuator module; and a tuning module (500, 700) coupled to the actuator module, characterized in that: the tuning module comprises an electromagnetic coil (506, 706), a variable electrical source (502, 702), and a magnetic-rheological fluid (508, 708), wherein the variable electrical source is in electrical communication with the electromagnetic coil and the electromagnetic coil is at least partially disposed in the magneto-rheological fluid; wherein the acoustic transmitter is arranged so that during operation, the actuator module converts an electrical signal into vibration to generate an acoustic signal, and the variable electrical source (502, 702) applies a current to the electromagnetic coil (506, 706) such that a resonant frequency of the actuator module is adjusted depending on the applied current. the tuning module comprises an electromagnetic coil (506, 706), a variable electrical source (502, 702), and a magnetic-rheological fluid (508, 708), wherein the variable electrical source is in electrical communication with the electromagnetic coil and the electromagnetic coil is at least partially disposed in the magneto-rheological fluid; wherein the acoustic transmitter is arranged so that during operation, the actuator module converts an electrical signal into vibration to generate an acoustic signal, and the variable electrical source (502, 702) applies a current to the electromagnetic coil (506, 706) such that a resonant frequency of the actuator module is adjusted depending on the applied current.
An inorganic expandable refractory composition comprising 1 wt% to 70 wt% expandable powder of a dry silicate, 20 wt% to 80 wt% of a silicate binder, 0.05 wt% to 10 wt% of a stabilizer, 0.01 wt% to 10 wt% of fiber, a foaming auxiliary material and a refractory auxiliary material and wherein the dry silicate has a moisture content of 5 to 7%, wherein the silicate binder is solidified in a state having 10 wt% or more moisture, wherein the particle sizes of the dry silicate powder are of 5 mm or less and the stabilizer is at least one selected from the group consisting of a cellulose-based viscosity agent, a silicon-based viscosity agent, an inorganic-base viscosity agent, an organic-base viscosity agent, a dispersant, an anti-layer separation agent, an antifoaming agent, stearic acid, paraffin-based wax, a surfactant, a silicone-based water repelling agent, a fluorine-based water repelling agent and a silane-coupling agent and wherein the foaming auxiliary material is at least one selected from the group consisting of potassium bicarbonate, calcium bicarbonate, sodium bicarbonate, magnesium bicarbonate and ammonium bicarbonate and the refractory auxiliary material is at least one selected from the group consisting of an antimony compound, aluminum hydroxide, magnesium hydroxide, calcium carbonate, boric acid, borax, a kaoline-group mineral, bentonite, clay, ettringite, a phosphate, a phosphorous-based flame retardant, a halogen-based flame retardant and a thermally curable resin.
Grinder for grinding coffee beans, wherein the grinder comprises a first grinding disk carrier having a first grinding disk, a second grinding disk carrier having a second grinding disk and a drive unit, by means of which at least one of the two grinding disks (2, 3) is rotatably operated, wherein at least the grinding disk of the two grinding disks (2, 3) which is rotatably operated by the drive unit is coupled to the drive unit directly or indirectly via a central interlocking connection, wherein this central interlocking connection is designed as a shaft-hub connection of a direct torque transmission from the drive unit directly or indirectly to the grinding disk (2, 3), characterized in that the first grinding disk of the two grinding disks (2, 3) is in positive engagement with its centric inner contour with a centric contour projection of a carrier of the first grinding disk carrier and that this central interlocking connection is designed as a continuous shaft-hub connection.
A composition comprising (a) N.meningitidis serogroup B outer membrane preparation, and (b) an immunogenic component comprising a protein comprising: (i) SEQ ID NO: 2944 as disclosed in WO99/57280, or (ii) an amino acid sequence having greater than 80% sequence identity to SEQ ID NO: 2944 as disclosed in WO99/57280, wherein SEQ ID NO: 2944 of WO99/57280 has the following amino acid sequence:
A cross-cutting circular saw device comprising: - a frame; - a guide carried by the frame and adapted to span an object to be cross-cut by sawing; - a carriage mounted for reciprocal movement along the guide; - at least one circular saw blade (4A, 4B) carried by the carriage; characterized in further comprising: - a motor for moving the carriage and rotating said at least one saw blade (4A, 4B), said motor being fixed to the frame; - a first transmission arranged between the motor and the carriage for transforming an output of the motor to a reciprocating movement of the carriage along the guide; and - a second transmission (8, 9) arranged between the carriage and the at least one saw blade (4A, 4B) for transforming the reciprocating movement of the carriage to a rotation of said at least one saw blade (4A, 4B). - a frame; - a guide carried by the frame and adapted to span an object to be cross-cut by sawing; - a carriage mounted for reciprocal movement along the guide; - at least one circular saw blade (4A, 4B) carried by the carriage; characterized in further comprising: - a motor for moving the carriage and rotating said at least one saw blade (4A, 4B), said motor being fixed to the frame; - a first transmission arranged between the motor and the carriage for transforming an output of the motor to a reciprocating movement of the carriage along the guide; and - a second transmission (8, 9) arranged between the carriage and the at least one saw blade (4A, 4B) for transforming the reciprocating movement of the carriage to a rotation of said at least one saw blade (4A, 4B). - a motor for moving the carriage and rotating said at least one saw blade (4A, 4B), said motor being fixed to the frame; - a first transmission arranged between the motor and the carriage for transforming an output of the motor to a reciprocating movement of the carriage along the guide; and - a second transmission (8, 9) arranged between the carriage and the at least one saw blade (4A, 4B) for transforming the reciprocating movement of the carriage to a rotation of said at least one saw blade (4A, 4B).
A room air purifier, comprising a housing in which an ozone generator is arranged along a longitudinal axis of the housing or axially parallel thereto, wherein the ozone generator, viewed radially, is surrounded by an air guiding component at a predetermined distance within a predetermined angular range, wherein at least the side of the air guiding component facing the ozone generator is designed to be reflective for the radiation emitted by the ozone generator, wherein, viewed axially, an air circulation unit is arranged at one end of the housing, which is suitable to cause a laminar flow from the axially opposite end of the housing, which has an air inlet opening, through the housing towards the air circulation unit, wherein after the air circulation unit, viewed axially in the direction of flow, an air outlet opening is provided via which ozone-enriched air passing therethrough and sucked into the interior of the device is ejected, characterized in that the air outlet opening is designed in such a manner that the ozone-enriched air is ejected into the room in a uniformly concentrated manner within an angular range between 0 and 90° relative to the longitudinal axis, wherein the housing is of cylindrical design and the air outlet opening is implemented in that the end face of the housing to which end face the air outlet opening is assigned, has a smaller diameter than the housing and, viewed axially, is arranged displaced outwards by a predetermined dimension.
A receiver partner toy for sexual stimulation, having a massage body for bringing into contact with the body of a user, the massage body being surrounded at least in segments by a silicone casing, a vibratory drive in the massage body for causing the massage body to vibrate, a control unit for controlling the vibratory drive, and an energy source for providing electrical energy to the vibratory drive and the control unit, characterized in that the control unit is adapted for receiving signals or determining data representing a distance between the receiver partner toy and a transmitter partner toy, and is further adapted for controlling the vibratory drive as a function of the distance. a massage body for bringing into contact with the body of a user, the massage body being surrounded at least in segments by a silicone casing, a vibratory drive in the massage body for causing the massage body to vibrate, a control unit for controlling the vibratory drive, and an energy source for providing electrical energy to the vibratory drive and the control unit, characterized in that the control unit is adapted for receiving signals or determining data representing a distance between the receiver partner toy and a transmitter partner toy, and is further adapted for controlling the vibratory drive as a function of the distance.
Method for assessing an affiliation of a sensing point (12, 13, 19, 20) to an object in a surrounding area (7, 8) of a motor vehicle, in which the sensing point (12, 13, 19, 20) is sensed using a first sensor device of the motor vehicle, and a fuzziness zone (14, 15) characterizing positional fuzziness of the sensing point (12, 13, 19, 20) is formed around the sensing point (12, 13, 19, 20) in an evaluation unit, wherein the assessment of the affiliation of the sensing point (12, 13, 19, 20) to the object takes into consideration at least one position of a further sensing point (12, 13, 19, 20) of the object, wherein an overall fuzziness zone is formed on the basis of the fuzziness zone (14, 15) of the sensing point (12, 13, 19, 20), wherein the affiliation of the sensing point (12, 13, 19, 20) to the object is assessed by virtue of a covariance matrix being formed on the basis of a distance between the sensing points (12, 13, 19, 20) and a Mahalanobis distance (d) being produced on the basis of the covariance matrix, wherein a check is performed to determine whether the Mahalanobis distance (d) is less than a prescribed gate value (g), particularly a gate value of 1, and, in the event of the Mahalanobis distance (d) being less than the prescribed gate value (g), and the two sensing points (12, 13, 19, 20) being situated within the overall fuzziness zone, the sensing point (12, 13, 19, 20) is assessed as being affiliated to the object.
Sheet steel provided with a sacrificial cathodic protection coating comprising 5 to 50% by weight of zinc, from 0.1 to 15% by weight of silicon and possibly up to 10% by weight of magnesium and up to 0.3% by weight, cumulative content, of additional elements, and further comprising a protective element to be selected from among tin and a percentage by weight of between 0.1 % and 5% indium and a percent by weight of between 0.01 and 0.5% and combinations thereof, the balance being composed of aluminium and residual elements, whereof 2 to 5% by weight is of iron or inevitable impurities.
A method for status management of base stations in a communication network, comprising the steps of: measuring overall traffic load of the base stations; and transferring at least one of the base stations from an awaken mode to a sleep mode based on the measurement, characterised in that the method further comprises: for all antennas connected to the at least one base station transferred to sleep mode, adjusting the connection of the antennas such that: paths between the at least one base station to be transferred to sleep mode and the antennas are disconnected; and paths are connected between the antennas and at least one base station in awaken mode. measuring overall traffic load of the base stations; and transferring at least one of the base stations from an awaken mode to a sleep mode based on the measurement, characterised in that the method further comprises: for all antennas connected to the at least one base station transferred to sleep mode, adjusting the connection of the antennas such that: paths between the at least one base station to be transferred to sleep mode and the antennas are disconnected; and paths are connected between the antennas and at least one base station in awaken mode. for all antennas connected to the at least one base station transferred to sleep mode, adjusting the connection of the antennas such that: paths between the at least one base station to be transferred to sleep mode and the antennas are disconnected; and paths are connected between the antennas and at least one base station in awaken mode. paths between the at least one base station to be transferred to sleep mode and the antennas are disconnected; and paths are connected between the antennas and at least one base station in awaken mode.
A method for the in vitro maturation of oocytes comprising; incubating immature cumulus-intact oocytes in a culture medium comprising leukemia inhibitory factor, such that 20% to 100% cumulus expansion is induced.
A device for processing data delivered by a photon detector, comprising: a first analog circuit (2, 3) capable of generating, on a first node, a first signal having a series of pulses, each pulse having an amplitude proportional to the energy released by an interaction of a photon in the detector; a unique second analog circuit (42, 44, 46) connected to the first node and configured for providing a second signal (Va) switching from a first state to a second state when the first signal crosses a maximum value; and a capture element comprising a plurality of capacitors (Ci), each having a first electrode connected to the first node via a write switch (Wi) and a second electrode connected to a node of application of a reference voltage, the capture element further comprising a control circuit receiving the second signal (Va), the control circuit being capable of controlling the write switches (Wi) to record the value of the first signal into one of the capacitors (Ci) when the second signal (Va) switches from the first to the second state, characterized in that the second analog circuit comprises a unique subtractor and a unique comparator, the inputs of the subtractor receiving respectively the first signal and the first signal delayed by a predetermined delay (τ') by a delay line, the output of the subtractor being connected to a first input of the comparator, the second input of the comparator receiving a reference voltage (Vt), and the output of the comparator delivering the second signal (Va). a first analog circuit (2, 3) capable of generating, on a first node, a first signal having a series of pulses, each pulse having an amplitude proportional to the energy released by an interaction of a photon in the detector; a unique second analog circuit (42, 44, 46) connected to the first node and configured for providing a second signal (Va) switching from a first state to a second state when the first signal crosses a maximum value; and a capture element comprising a plurality of capacitors (Ci), each having a first electrode connected to the first node via a write switch (Wi) and a second electrode connected to a node of application of a reference voltage, the capture element further comprising a control circuit receiving the second signal (Va), the control circuit being capable of controlling the write switches (Wi) to record the value of the first signal into one of the capacitors (Ci) when the second signal (Va) switches from the first to the second state, characterized in that the second analog circuit comprises a unique subtractor and a unique comparator, the inputs of the subtractor receiving respectively the first signal and the first signal delayed by a predetermined delay (τ') by a delay line, the output of the subtractor being connected to a first input of the comparator, the second input of the comparator receiving a reference voltage (Vt), and the output of the comparator delivering the second signal (Va).
A computer implemented fluid flow feature detection method for detection of fluid flow features in a fluid flow of a gas turbine engine, the method comprising: establishing a computational fluid dynamics simulation of fluid flow in a gas turbine engine on a computer; identifying a plurality of points at locations over a three-dimensional flow region of the simulated flow in which flow feature detection is to be performed; storing for each point a value for one or more fluid flow parameter; grouping the points as being contained in a flow feature portion or a remaining non-flow feature portion of the flow region according to a mixture model of the values of said one or more fluid flow parameter; identifying a point within the flow feature portion and a plurality of further points at least partially surrounding said point; and determining and outputting a plane in which a flow feature is identifiable based upon the relative values of the one or more fluid flow parameter for the plurality of further points, wherein the determination of the plane in which the flow feature is identifiable comprises determining a plane in which maximum variance of said one or more fluid flow parameter occurs. establishing a computational fluid dynamics simulation of fluid flow in a gas turbine engine on a computer; identifying a plurality of points at locations over a three-dimensional flow region of the simulated flow in which flow feature detection is to be performed; storing for each point a value for one or more fluid flow parameter; grouping the points as being contained in a flow feature portion or a remaining non-flow feature portion of the flow region according to a mixture model of the values of said one or more fluid flow parameter; identifying a point within the flow feature portion and a plurality of further points at least partially surrounding said point; and determining and outputting a plane in which a flow feature is identifiable based upon the relative values of the one or more fluid flow parameter for the plurality of further points, wherein the determination of the plane in which the flow feature is identifiable comprises determining a plane in which maximum variance of said one or more fluid flow parameter occurs.