mhurhangee/patent-ind-claim-en huggingface dataset:
A circuit protected against timing errors and parasitic disturbances, the circuit comprising: - a combinatory logic circuit having at least one input and one output (A); - an input sampling element connected to said at least one input; - a first sampling element connected to said at least one output (A) and sampling this at least one output (A) at the activation of a first latching event determined by an event of a first edge of a clock signal (CK), the first sampling element being separated from the input sampling element by the combinatory logic circuit ; - a second sampling element connected to said at least one output (A) and sampling this output at the activation of a second latching event, the second sampling element being separated from the input sampling element by the combinatory logic circuit ; - a circuit for analyzing the outputs (S1, S2) of said first and said second sampling elements and providing an error detection signal (E), the analysis circuit setting said error detection signal at said pre-determined value if the outputs of said first and said second sampling elements (S1, S2) are different; characterized in that the second latching event is determined by an event of a second edge of said clock signal, and in that the circuit is used in at least a first operating mode in which the duty cycle and the period, called T, of said clock signal, are adapted so a time interval, called Df, between the second edge and the first edge preceding the second edge of said clock signal is larger than a delay corresponding to an addition of a propagation delay of the input sampling element , a largest delay of the combinatory logic circuit and a setup time of the second sampling element . - a combinatory logic circuit having at least one input and one output (A); - an input sampling element connected to said at least one input; - a first sampling element connected to said at least one output (A) and sampling this at least one output (A) at the activation of a first latching event determined by an event of a first edge of a clock signal (CK), the first sampling element being separated from the input sampling element by the combinatory logic circuit ; - a second sampling element connected to said at least one output (A) and sampling this output at the activation of a second latching event, the second sampling element being separated from the input sampling element by the combinatory logic circuit ; - a circuit for analyzing the outputs (S1, S2) of said first and said second sampling elements and providing an error detection signal (E), the analysis circuit setting said error detection signal at said pre-determined value if the outputs of said first and said second sampling elements (S1, S2) are different;
A power generating system having a turbine in connection with one or more compressors for converting energy fed to the turbine into mechanical energy of a rotatable power shaft and to compress air with one or more compressors , a combustion chamber arranged to receive fuel from a fuel tank and compressed air to initiate a combustion process and output combustion products into the turbine for rotating the rotor of the turbine and thereby rotating the power shaft , one or more input valves for providing the fuel to the combustion chamber , one or more input valves for providing the compressed air to the combustion chamber , and a control unit for controlling the one or more fuel input valves and the one or more compressed air input valves in order to time-dependently control the combustion process cycle, characterized in that the system further comprises an air chamber comprising means for cooling the air chamber with a fluid and means for heating air inside the air chamber , wherein the air chamber is arranged to be cooled, to receive compressed air from the one or more compressors , to heat the compressed air and to exhaust the heated compressed air to the combustion chamber .
An apparatus for facilitating the forming of a tyre bead , the apparatus comprising: a rotatable base ; an axis of rotation (A) defined by the rotatable base ; a first movable support , wherein the first movable support is radially moveable with respect to the base ; a first protrusion extending from the first movable support at a first location of the movable support, the first protrusion having a first bead-engaging surface with a first groove facing radially away from the axis of rotation (A) to receive at least one wire during the formation of the bead ; a second protrusion extending from the first movable support at a second location of the movable support, the second protrusion having a second bead-engaging surface radially aligned with the first bead-engaging surface , wherein the first location is located closer to the axis of rotation (A) than the second location, and wherein the second bead-engaging surface includes a second groove facing radially away from the axis of rotation to receive at least one wire during the formation of the bead ; a position control device coupled to the first movable support and configured to control the radial position of the first movable support with respect to the base ; and a first fastening portion located on the first movable support , wherein the first fastening portion is configured to facilitate the attachment of the first protrusion to the first movable support. a rotatable base ; an axis of rotation (A) defined by the rotatable base ; a first movable support , wherein the first movable support is radially moveable with respect to the base ; a first protrusion extending from the first movable support at a first location of the movable support, the first protrusion having a first bead-engaging surface with a first groove facing radially away from the axis of rotation (A) to receive at least one wire during the formation of the bead ; a second protrusion extending from the first movable support at a second location of the movable support, the second protrusion having a second bead-engaging surface radially aligned with the first bead-engaging surface , wherein the first location is located closer to the axis of rotation (A) than the second location, and wherein the second bead-engaging surface includes a second groove facing radially away from the axis of rotation to receive at least one wire during the formation of the bead ; a position control device coupled to the first movable support and configured to control the radial position of the first movable support with respect to the base ; and a first fastening portion located on the first movable support , wherein the first fastening portion is configured to facilitate the attachment of the first protrusion to the first movable support.
An information processing apparatus comprising: an acquisition unit configured to acquire an instruction sequence including a plurality of instructions to be executed by an in-order processor; a generation unit configured to generate a plurality of candidates of new instruction sequences capable of obtaining an execution result as same as in the instruction sequence, by replacing at least a part of a plurality of nop instructions included in the instruction sequence with a wait instruction that makes the in-order processor wait for completion of all preceding instructions when the in-order processor executes said wait instruction before executing a subsequent instruction; a deletion unit configured to delete any one of the nop instructions and the wait instruction from each of the new instruction sequences, when the execution result does not change in case any one of the nop instructions and the wait instruction is deleted from the new instruction sequences in the candidates; and a selection unit configured to select a one candidate among the plurality of candidates subjected to the delete, the one candidate having the number of instructions equal to or less than a certain number, and having a smallest number of execution cycles among the plurality of candidates when executed on said in-order processor. an acquisition unit configured to acquire an instruction sequence including a plurality of instructions to be executed by an in-order processor; a generation unit configured to generate a plurality of candidates of new instruction sequences capable of obtaining an execution result as same as in the instruction sequence, by replacing at least a part of a plurality of nop instructions included in the instruction sequence with a wait instruction that makes the in-order processor wait for completion of all preceding instructions when the in-order processor executes said wait instruction before executing a subsequent instruction; a deletion unit configured to delete any one of the nop instructions and the wait instruction from each of the new instruction sequences, when the execution result does not change in case any one of the nop instructions and the wait instruction is deleted from the new instruction sequences in the candidates; and a selection unit configured to select a one candidate among the plurality of candidates subjected to the delete, the one candidate having the number of instructions equal to or less than a certain number, and having a smallest number of execution cycles among the plurality of candidates when executed on said in-order processor.
A controller for a braking system for a vehicle, the braking system having an independent generator on respective front and rear axles, each generator for converting kinetic energy recovered during a braking event into electrical energy, and the controller comprising; an input arranged to monitor a parameter relating to vehicle stability and an operating condition of the generators; a processing means arranged to determine a brake force distribution range between the front and rear axles based on the parameter, and in response to a braking demand and the operating condition of the generators, calculate a brake force distribution within the brake force distribution range; and an output arranged to control the generators in accordance with the brake force distribution; characterized in that the brake force distribution range reduces as the parameter relating to vehicle stability falls, and the brake force distribution range is arranged to taper and converge at an installed hydraulic brake force distribution.
Device (V) for the surface treatment of molded parts, comprising - a container for receiving a number of molded parts to be treated, and - an arrangement for introducing liquid or powdery surface treatment agents into an interior of the container , wherein - the arrangement comprises a capsule and an application apparatus, - a number of chambers are formed in the capsule , in which chambers the surface treatment agents to be introduced are received, and - the application apparatus is adapted to apply a gas or a fluid to the chambers formed in the capsule independently of one another in order to bring the surface treatment agent received in the chambers of the capsule into the interior of the container , the application apparatus has at least one supply line for supplying the gas or fluid to the chambers of the capsule , and the application apparatus has a compressor which can be coupled to the capsule via the at least one supply line in order to introduce the gas or fluid into the capsule at a pressure. - a container for receiving a number of molded parts to be treated, and - an arrangement for introducing liquid or powdery surface treatment agents into an interior of the container , wherein - the arrangement comprises a capsule and an application apparatus, - a number of chambers are formed in the capsule , in which chambers the surface treatment agents to be introduced are received, and - the application apparatus is adapted to apply a gas or a fluid to the chambers formed in the capsule independently of one another in order to bring the surface treatment agent received in the chambers of the capsule into the interior of the container , the application apparatus has at least one supply line for supplying the gas or fluid to the chambers of the capsule , and the application apparatus has a compressor which can be coupled to the capsule via the at least one supply line in order to introduce the gas or fluid into the capsule at a pressure.
A method of operating a mobile terminal in a telecommunications network comprising a plurality of cells, said method comprising: storing a cell preference list comprising a preferred cell from the plurality of cells in the telecommunication network; estimating a route taken by the mobile terminal; determining the probability of the mobile terminal being within range of the preferred cell using the estimated route; repeatedly performing actions to find the preferred cell, wherein the interval between actions is dependent on the determined probability, a predicted location of the mobile terminal and the speed of the mobile terminal; and connecting to the preferred cell. storing a cell preference list comprising a preferred cell from the plurality of cells in the telecommunication network; estimating a route taken by the mobile terminal; determining the probability of the mobile terminal being within range of the preferred cell using the estimated route; repeatedly performing actions to find the preferred cell, wherein the interval between actions is dependent on the determined probability, a predicted location of the mobile terminal and the speed of the mobile terminal; and connecting to the preferred cell.
Device for fastening a ski to a bicycle trailer, having means for fastening the device to the bicycle trailer and a leg portion which firmly connects a ski-side connecting piece and the fastening means, characterized in that the ski-side connecting piece is designed in the manner of a ski boot sole with a front and a rear insert part for being inserted in the front and rear jaws of a standardized safety binding for downhill skis, said fastening means comprising an axle journal adapted to be received in an axle receptacle of the bicycle trailer.
A device adapted to be fastened to a structure of a helicopter for an emergency manual control of a hook for dropping a load hanging to a sling, the device being configured such that during the use thereof with said hook, said hook is remote from the device, said device including: - a body ; - a manual actuator ; - a system for transmitting a movement of the manual actuator configured to transmit said movement towards the remote drop hook and; - a safety element limiting the possibilities for an operator to actuate said manual actuator; said device being such that: - the manual actuator includes a pawl ; - the safety element is a lock adapted to be rotated about a lock axis (A2) of said body and including a ratchet adapted to cooperate with the pawl . - a body ; - a manual actuator ; - a system for transmitting a movement of the manual actuator configured to transmit said movement towards the remote drop hook and; - a safety element limiting the possibilities for an operator to actuate said manual actuator; - the manual actuator includes a pawl ; - the safety element is a lock adapted to be rotated about a lock axis (A2) of said body and including a ratchet adapted to cooperate with the pawl .
An adjustable double-slot internal spinal fixation apparatus, comprising a first base , a second base and a connecting rod , wherein the first base and the second base are each provided with a U-shaped slot from top to bottom, an inner wall of each U-shaped slot is provided with inner threads, the connecting rod is disposed along a horizontal direction, the second base is provided with a long slot along the horizontal direction, one end of the connecting rod is inserted in the first base and the other end of the connecting rod is inserted in the long slot of the second base , the connecting rod is capable of swinging in the long slot , and the first base and the second base are capable of relatively rotating on the connecting rod ; characterized in that one end of the connecting rod is fixedly inserted in the first base , and the other end of the connecting rod is inserted in the second base in a rotatable manner; wherein the U-shaped slot on the second base is in communication with the long slot , a pressing block is disposed in the U-shaped slot of the second base , a limit bump is provided on a bottom surface of the pressing block , the connecting rod is provided with an annular groove , the connecting rod is inserted to the bottom of the U-shaped slot through the long slot , and the limit bump on the pressing block fits with the annular groove on the connecting rod .
An apparatus for treatment of cardiac problems, comprising: a cardiopulmonary reverse cycling therapy (CPRC) device for cardiac pacing ; a heart rate sensor; an intrathoracic pressure sensor ; and a control unit in communication with said CPRC device, said heart rate sensor and said intrathoracic pressure sensor, said control unit configured to modulate a cardiac rhythm of a patient by causing said CPRC device to increase a number of heart beats during time segments with high pleural pressure relative to a number of heart beats in other time segments with relatively lower pleural pressure, said high and low pleural pressures being sensed by said intrathoracic pressure sensor, wherein an amplitude of modulation of the cardiac rhythm is determined by severity of a respiratory effort and a lung congestion of the patient. a cardiopulmonary reverse cycling therapy (CPRC) device for cardiac pacing ; a heart rate sensor; an intrathoracic pressure sensor ; and a control unit in communication with said CPRC device, said heart rate sensor and said intrathoracic pressure sensor, said control unit configured to modulate a cardiac rhythm of a patient by causing said CPRC device to increase a number of heart beats during time segments with high pleural pressure relative to a number of heart beats in other time segments with relatively lower pleural pressure, said high and low pleural pressures being sensed by said intrathoracic pressure sensor, wherein an amplitude of modulation of the cardiac rhythm is determined by severity of a respiratory effort and a lung congestion of the patient.
An apparatus, comprising: a first metallization layer (M3) coupled to a piezoelectric layer , wherein a first voltage is formed at the first metallization layer in response to an ultrasonic wave reflecting off an item-to-be-imaged and propagating through the piezoelectric layer, and wherein the first metallization layer is situated above a substrate; a second metallization layer (M2) situated between the first metallization layer and the substrate; and a device configured to apply a second voltage to the second metallization layer to reduce a parasitic capacitance between the first metallization layer and the substrate, characterised in that the device comprises a buffer amplifier including an input coupled to the first metallization layer and an output coupled to the second metallization layer. a first metallization layer (M3) coupled to a piezoelectric layer , wherein a first voltage is formed at the first metallization layer in response to an ultrasonic wave reflecting off an item-to-be-imaged and propagating through the piezoelectric layer, and wherein the first metallization layer is situated above a substrate; a second metallization layer (M2) situated between the first metallization layer and the substrate; and a device configured to apply a second voltage to the second metallization layer to reduce a parasitic capacitance between the first metallization layer and the substrate, characterised in that the device comprises a buffer amplifier including an input coupled to the first metallization layer and an output coupled to the second metallization layer.
A microwave apparatus comprising: a microwave feed line configured to deliver microwave energy having a selected operational frequency or range of frequencies to a radiating element extending from or coupled to a distal end of the microwave feed line; the radiating element ; and characterised by a reactive matching-choke element formed in or on the microwave feed line; wherein the operational frequency or range of frequencies and parameters of the reactive matching-choke element are selected such that, when the microwave apparatus is operated at the operational frequency or range of frequencies, the reactive matching-choke element both provides a desired degree of match between an impedance of the radiating element and an impedance of the microwave feed line, and reduces or eliminates surface currents flowing on a ground of the feed line. a microwave feed line configured to deliver microwave energy having a selected operational frequency or range of frequencies to a radiating element extending from or coupled to a distal end of the microwave feed line; the radiating element ; and characterised by a reactive matching-choke element formed in or on the microwave feed line; wherein the operational frequency or range of frequencies and parameters of the reactive matching-choke element are selected such that, when the microwave apparatus is operated at the operational frequency or range of frequencies, the reactive matching-choke element both provides a desired degree of match between an impedance of the radiating element and an impedance of the microwave feed line, and reduces or eliminates surface currents flowing on a ground of the feed line.
An ink set for use in ink jet printing to a heated recording medium, the ink set comprising: a first ink composition; and a second ink composition, wherein the first ink composition and the second ink composition are water-based ink jet ink compositions that contain solid content including coloring materials and organic solvents, wherein content of the solid content in the first ink composition is greater than content of the solid content in the second ink composition by 5% by mass or greater, wherein content of the organic solvent in the second ink composition is greater than content of the organic solvent in the first ink composition by 7% by mass or greater. a first ink composition; and a second ink composition, wherein the first ink composition and the second ink composition are water-based ink jet ink compositions that contain solid content including coloring materials and organic solvents, wherein content of the solid content in the first ink composition is greater than content of the solid content in the second ink composition by 5% by mass or greater, wherein content of the organic solvent in the second ink composition is greater than content of the organic solvent in the first ink composition by 7% by mass or greater.
Process for depolymerization of lignin comprising thermal conversion of an aqueous mixture having a pH of at least 9 comprising lignin, catalyst and primary alcohol in a non-oxidizing atmosphere at a temperature of at least 280°C.
A method for performing an in situ proximity assay, comprising: (a) performing a proximity assay on one or more pairs of binding agent-oligonucleotide conjugates that are bound to the sample, in situ, to produce proximity assay reaction products; and (b) labeling the sites in the sample at which the proximity assay reaction products are produced, wherein the labeling comprises hybridizing an oligonucleotide to the proximity assay reaction products and does not involve primer extension; wherein the method further comprises treating the sample with one or more exonucleases between steps (a) and (b), thereby removing any nucleic acids that have free 3' and/or 5' ends. (a) performing a proximity assay on one or more pairs of binding agent-oligonucleotide conjugates that are bound to the sample, in situ, to produce proximity assay reaction products; and (b) labeling the sites in the sample at which the proximity assay reaction products are produced, wherein the labeling comprises hybridizing an oligonucleotide to the proximity assay reaction products and does not involve primer extension;