mhurhangee/ep-ind-claims huggingface dataset:
A power controller that controls power to a load, the power controller comprising: a primary conductor that carries a primary current to the load; and characterised by a current divider connected between the primary conductor and the load, wherein the current divider includes a first conductor and a second conductor, the second conductor having a greater impedance than the first conductor; a first current sensor that provides a first output representative of the primary current; a second current sensor that provides a second output representative of a secondary current in the second conductor of the current divider; and a controller that determines the primary current to the load based upon the first output when the primary current is less than a threshold value, and based upon the second output when the primary current is greater than the threshold value. a primary conductor that carries a primary current to the load; and characterised by a current divider connected between the primary conductor and the load, wherein the current divider includes a first conductor and a second conductor, the second conductor having a greater impedance than the first conductor; current divider includes a first conductor and a second conductor, the second conductor having a greater impedance than the first conductor; a first current sensor that provides a first output representative of the primary current; a second current sensor that provides a second output representative of a secondary current in the second conductor of the current divider; and a controller that determines the primary current to the load based upon the first output when the primary current is less than a threshold value, and based upon the second output when the primary current is greater than the threshold value.
Device to tag an animal comprising: a female including a case with a thorough hole, a male to be coupled to the female, including a stem with a tip portion; the female includes tamperproof fastening means adapted to block the tip portion in the thorough hole and wherein, after coupling the male with the female, the hole is closed by the tip, the tip becomes part of the female and the stem is movable in the case, characterized by comprising weakening lines between the tip portion and the stem, said weakening lines being adapted to break during or after insertion of the stem in the female case, to detach the stem from the tip portion, and including a tamperproof flange determining a top aperture of the case to prevent the stem exiting from the top aperture. a female including a case with a thorough hole, a male to be coupled to the female, including a stem with a tip portion; the female includes tamperproof fastening means adapted to block the tip portion in the thorough hole and wherein, after coupling the male with the female, the hole is closed by the tip, the tip becomes part of the female and the stem is movable in the case, characterized by comprising weakening lines between the tip portion and the stem, said weakening lines being adapted to break during or after insertion of the stem in the female case, to detach the stem from the tip portion, and including a tamperproof flange determining a top aperture of the case to prevent the stem exiting from the top aperture.
A method for transmission of control data to a user equipment in a mobile telecommunication system, wherein the method comprises: sending said control data to the user equipment in a data transmission (600, 800, 1300, 1400), wherein the data transmission (600, 800, 1300, 1400) has a first control data region and has a second control data region, wherein the second control data region is located in a data region of the data transmission (600, 800, 1300, 1400), wherein the first control data region is located in a control region in the data transmission (600, 800, 1300, 1400) preceding the data region, wherein the first control data region comprises common control data for different user equipments, and wherein the second control data region comprises user equipment specific control data for said user equipment; performing, by the user equipment, a blind decoding of transmission elements within the data transmission (600, 800, 1300, 1400) in order to detect the control data in the control region and in the data region in the data transmission (600, 800, 1300, 1400). sending said control data to the user equipment in a data transmission (600, 800, 1300, 1400), wherein the data transmission (600, 800, 1300, 1400) has a first control data region and has a second control data region, wherein the second control data region is located in a data region of the data transmission (600, 800, 1300, 1400), wherein the first control data region is located in a control region in the data transmission (600, 800, 1300, 1400) preceding the data region, wherein the first control data region comprises common control data for different user equipments, and wherein the second control data region comprises user equipment specific control data for said user equipment; performing, by the user equipment, a blind decoding of transmission elements within the data transmission (600, 800, 1300, 1400) in order to detect the control data in the control region and in the data region in the data transmission (600, 800, 1300, 1400).
An apparatus, comprising: a flow control module configured to receive a first data packet from an output queue of a stage of a multi-stage switch at a first rate when an available capacity of the output queue crosses a first threshold and falls below the first threshold, the flow control module being configured to parse the first data packet to determine an edge device of the multi-stage switch from which the first data packet entered the multi-stage switch and to send a flow control signal to the edge device of the multi-stage switch from which the first data packet entered the multi-stage switch wherein the flow control signal is configured to regulate the data flow from the edge device from which the first data packet entered the multi-stage switch. a flow control module configured to receive a first data packet from an output queue of a stage of a multi-stage switch at a first rate when an available capacity of the output queue crosses a first threshold and falls below the first threshold, the flow control module being configured to parse the first data packet to determine an edge device of the multi-stage switch from which the first data packet entered the multi-stage switch and to send a flow control signal to the edge device of the multi-stage switch from which the first data packet entered the multi-stage switch wherein the flow control signal is configured to regulate the data flow from the edge device from which the first data packet entered the multi-stage switch.
A slurry supply device comprising: a slurry tank for storing slurry; a temperature controller for supplying hot or cold water to the slurry tank to control the temperature of the slurry; a double pipe for supplying the slurry to the slurry tank while being connected to the slurry tank and for allowing hot or cold water to move to control the temperature of the slurry, wherein the slurry device further comprises: a double pipe temperature controller connected to the double pipe; a temperature sensor for measuring the temperature of the slurry remaining in the double pipe and the temperature of the slurry stored in the slurry tank, respectively; and a control unit for controlling the temperature controller or the double pipe temperature controller so that the temperature of the slurry remaining in the double pipe and the temperature of the slurry stored in the slurry tank have a preset range according to the measured value of the temperature sensor. a slurry tank for storing slurry; a temperature controller for supplying hot or cold water to the slurry tank to control the temperature of the slurry; a double pipe for supplying the slurry to the slurry tank while being connected to the slurry tank and for allowing hot or cold water to move to control the temperature of the slurry, a double pipe temperature controller connected to the double pipe; a temperature sensor for measuring the temperature of the slurry remaining in the double pipe and the temperature of the slurry stored in the slurry tank, respectively; and a control unit for controlling the temperature controller or the double pipe temperature controller so that the temperature of the slurry remaining in the double pipe and the temperature of the slurry stored in the slurry tank have a preset range according to the measured value of the temperature sensor.
A multipoint ignition engine, comprising: - a cylinder head having a combustion chamber formed on a bottom surface thereof; - a cylinder block having a cylinder in a position opposing the combustion chamber; - a piston accommodated in the cylinder; - a central electrode pair, disposed in a center of the combustion chamber, for forming a central spark gap; - a plurality of peripheral electrode pairs held in an insulating member interposed between the cylinder head and the cylinder block, which has an opening portion having a substantially equal diameter to an opening portion of the cylinder in a position corresponding to the opening portion in the cylinder, for forming a plurality of peripheral spark gaps around an inner periphery of the opening portion in the cylinder, and - conductive members buried in the insulating member, the conductive members being connected to the plurality of peripheral electrode pairs, characterized in that - an air-fuel mixture in the combustion chamber, which is obtained by mixing together fuel and air evenly, is ignited using both the central spark gap and the plurality of peripheral spark gaps, - the plurality of peripheral electrode pairs and the conductive members are formed from different materials, - a phase difference is provided between a voltage application timing relating to the plurality of peripheral spark gaps and a voltage application timing relating to the central spark gap, and - the voltage application timing relating to the plurality of peripheral spark gaps is later than the voltage application timing relating to the central spark gap. - a cylinder head having a combustion chamber formed on a bottom surface thereof; - a cylinder block having a cylinder in a position opposing the combustion chamber; - a piston accommodated in the cylinder; - a central electrode pair, disposed in a center of the combustion chamber, for forming a central spark gap; - a plurality of peripheral electrode pairs held in an insulating member interposed between the cylinder head and the cylinder block, which has an opening portion having a substantially equal diameter to an opening portion of the cylinder in a position corresponding to the opening portion in the cylinder, for forming a plurality of peripheral spark gaps around an inner periphery of the opening portion in the cylinder, and - conductive members buried in the insulating member, the conductive members being connected to the plurality of peripheral electrode pairs, - an air-fuel mixture in the combustion chamber, which is obtained by mixing together fuel and air evenly, is ignited using both the central spark gap and the plurality of peripheral spark gaps, - the plurality of peripheral electrode pairs and the conductive members are formed from different materials, - a phase difference is provided between a voltage application timing relating to the plurality of peripheral spark gaps and a voltage application timing relating to the central spark gap, and - the voltage application timing relating to the plurality of peripheral spark gaps is later than the voltage application timing relating to the central spark gap.
A casing arrangement for a gas turbine engine, the casing arrangement including a plurality of tip treatment bars extending between a pair of spaced-apart annular supports, each tip treatment bar being elongate and supported at each end by a respective said support such that each end of the bar is received within an opening formed in the respective support, the arrangement being characterised in that at least the ends of each tip treatment bar are tapered in transverse cross-section so as to have a wedge-shaped profile, and said openings in the supports have a complementary tapered shape for receipt and retention of the bar ends therein.
An ophthalmic scanning system comprising: a first imaging modality; a second imaging modality different from the first imaging modality; and a control system having a module comprising software and/or hardware arranged to implement a procedure which maps the first imaging modality to the second imaging modality by compensating for at least one of an optical-mechanical and an electro-mechanical projection difference between the first and second imaging modalities (12, 14), providing a scan location for the second imaging modality based on a scan location of the first imaging modality. a first imaging modality; a second imaging modality different from the first imaging modality; and a control system having a module comprising software and/or hardware arranged to implement a procedure which maps the first imaging modality to the second imaging modality by compensating for at least one of an optical-mechanical and an electro-mechanical projection difference between the first and second imaging modalities (12, 14), providing a scan location for the second imaging modality based on a scan location of the first imaging modality.
A honeycomb structure comprising: a tubular honeycomb structure part having porous partition walls with which a plurality of cells extending from one end surface to the other end surface are formed to become through channels of a fluid and an outer peripheral wall positioned on an outermost periphery; and a pair of electrode parts arranged on a side surface of the honeycomb structure part, each of the pair of electrode parts is formed into a band-like shape extending in a direction in which the cells of the honeycomb structure part extend, in a cross section perpendicular to the cell extending direction, the one electrode part in the pair of electrode parts is disposed opposite to the other electrode part in the pair of electrode parts via the center of the honeycomb structure part, characterized in that the electrical resistivity of the honeycomb structure part is from 10 to 200 Ωcm, and the electrode part has portions having a thickness of 0 to 70% of the maximum thickness of the electrode part by being provided with a space constituted of at least one of a through hole and a dent. a tubular honeycomb structure part having porous partition walls with which a plurality of cells extending from one end surface to the other end surface are formed to become through channels of a fluid and an outer peripheral wall positioned on an outermost periphery; and a pair of electrode parts arranged on a side surface of the honeycomb structure part, each of the pair of electrode parts is formed into a band-like shape extending in a direction in which the cells of the honeycomb structure part extend, in a cross section perpendicular to the cell extending direction, the one electrode part in the pair of electrode parts is disposed opposite to the other electrode part in the pair of electrode parts via the center of the honeycomb structure part, characterized in that the electrical resistivity of the honeycomb structure part is from 10 to 200 Ωcm, and the electrode part has portions having a thickness of 0 to 70% of the maximum thickness of the electrode part by being provided with a space constituted of at least one of a through hole and a dent.
A process for manufacturing a flat glass having a surface texture by floating a ribbon of said glass on a molten metal in a float chamber, the glass being poured on the molten metal upstream of the chamber onto the molten metal, the ribbon of glass being extracted downstream of the chamber, said chamber including an imprinting roll applying a texture to the top surface of the glass, characterized in that the imprinting roll is metallic and is cooled by water circulating through it and in that the glass ribbon is cooled downstream of the imprinting roll in such a way that a temperature difference of at least 150°C is obtained on the glass surface between a point located on the surface of the glass 50 cm before contact with the roll and a point located on the surface of the glass 50 cm after contact with the roll,the cooling of the glass ribbon downstream of the imprinting roll being exerted by a barrier submerged in the bath of molten metal and placed substantially below the imprinting roll so as to separate an upstream bath of hotter molten metal from a downstream bath of cooler molten metal.
Magnetic centring device of a shaft on a predetermined axis in a clockwork movement, the device comprising at least one first magnetic bearing including a first magnet, which is intended to exert an attractive force on a first end pivot, made of ferromagnetic material, of the shaft, the first magnetic bearing comprises at least one first central part made of ferromagnetic material mounted between the first magnet and the first end pivot of the shaft, this first central part being positioned centrally in a first washer or bush made of non-magnetic material in such a way as to centre the magnetic field flux generated by the first magnet through the first central part in order to magnetically attract the first end pivot of the shaft on the predetermined axis, the first magnetic bearing also comprising a first balance-pivot support element, which is mounted between the first central part and the first end pivot of the shaft, and characterised in that the first central part is glued or driven into a central opening in the first washer or bush, and in that the first washer or bush, together with the first central part, are in direct contact with the first magnet and the first balance-pivot support element. the first magnetic bearing comprises at least one first central part made of ferromagnetic material mounted between the first magnet and the first end pivot of the shaft, this first central part being positioned centrally in a first washer or bush made of non-magnetic material in such a way as to centre the magnetic field flux generated by the first magnet through the first central part in order to magnetically attract the first end pivot of the shaft on the predetermined axis, the first magnetic bearing also comprising a first balance-pivot support element, which is mounted between the first central part and the first end pivot of the shaft, and characterised in that the first central part is glued or driven into a central opening in the first washer or bush, and in that the first washer or bush, together with the first central part, are in direct contact with the first magnet and the first balance-pivot support element.
Pump aggregate, in particular centrifugal pump aggregate, comprising a pump, a motor as well as a lantern for connecting the pump and the motor, wherein the lantern comprises a flange to which the motor is mounted to, wherein the flange comprises a passage opening in which a motor shaft is received as well as a first ring face limiting the passage opening, characterized in that a second ring face is provided, which is concentrically with respect to the first one, surrounds the same and is arranged subsequently thereto, wherein the second ring face projects by a distance d in axial direction in the direction of the motor side with respect to the first ring face, such that the flange provides two parallel flange planes, and wherein the second ring face comprises through bores for screwing on a motor flange and the first ring face comprises a first group of bores, which substantially have the same distance from the center of the ring face, and wherein the motor comprises a connecting flange, which comprises a substantially circular or partly circular centering face, the outer diameter of which substantially corresponds to the inner diameter of the first or second ring face, and the centering face plunges into the passage opening formed by the first or second ring face.
Digital data transfer system, set up for operation with a digital trip recorder, which comprises an operating supply input and a data interface (DINT) for the exchange of data stored in the trip recorder, the data transfer system comprising - a first connection for the supply of a supply voltage; - an operating supply output which is set up to be connected to the operating supply input during operation of the data transfer system; - a data unloading unit, comprising a supply input, which is coupled with the first connection, an internal data interface, which can be coupled with the data interface (DINT) of the trip recorder, and an external data interface for relaying data from and/or to the internal data interface, wherein the data unloading unit is set up, depending on a request for a data transfer between the internal data interface and the data interface (DINT) of the trip recorder, to control a supply of the operating supply output with an operating voltage derived from the supply voltage present at the first connection; and - a second connection, at which the supply voltage can be fed via an ignition switching device, wherein the supply voltage at the first connection can be fed via a switching device for the current-free switching and the data unloading unit is set up to control the supply of the operating supply output also depending on a voltage at the second connection. - a first connection for the supply of a supply voltage; - an operating supply output which is set up to be connected to the operating supply input during operation of the data transfer system; - a data unloading unit, comprising a supply input, which is coupled with the first connection, an internal data interface, which can be coupled with the data interface (DINT) of the trip recorder, and an external data interface for relaying data from and/or to the internal data interface, wherein the data unloading unit is set up, depending on a request for a data transfer between the internal data interface and the data interface (DINT) of the trip recorder, to control a supply of the operating supply output with an operating voltage derived from the supply voltage present at the first connection; and - a second connection, at which the supply voltage can be fed via an ignition switching device, wherein the supply voltage at the first connection can be fed via a switching device for the current-free switching and the data unloading unit is set up to control the supply of the operating supply output also depending on a voltage at the second connection.
A method of establishing the integrity of a product of the food and beverage industry located in a sealed container, wherein a given feature of the product is ascertained by a first measurement method, wherein a first physical property of the product is examined and wherein the given feature additionally is ascertained by at least a second measurement method which is based on a second physical property which is different from the first physical property and wherein the values ascertained by the two measurement methods are compared with each other and the difference between the two values is compared with a threshold value, wherein it is considered as an indicator on the violation of the integrity of the product, if the difference of the ascertained values exceeds the threshold value.