mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: a plurality of rotatable components housed within a main compressor section and a turbine section; a cooling system (100; 199) connected to tap air from said main compressor section, a first tap connected to a first heat exchanger, said first heat exchanger connected to a cooling compressor for raising a pressure of the tapped air downstream of the first heat exchanger; a second heat exchanger downstream of said cooling compressor, and a connection downstream of said second heat exchanger for delivering air to a bearing compartment; and characterised by a connection intermediate said cooling compressor and said second heat exchanger for delivering cooling air to at least one of said rotatable components. a plurality of rotatable components housed within a main compressor section and a turbine section; a cooling system (100; 199) connected to tap air from said main compressor section, a first tap connected to a first heat exchanger, said first heat exchanger connected to a cooling compressor for raising a pressure of the tapped air downstream of the first heat exchanger; a second heat exchanger downstream of said cooling compressor, and a connection downstream of said second heat exchanger for delivering air to a bearing compartment; and characterised by a connection intermediate said cooling compressor and said second heat exchanger for delivering cooling air to at least one of said rotatable components.
A device configured to determine a motor state of a subject and comprising: - A multi-axial measuring device for determining at least one signal indicative of the motion of a limb or one or more parts of the body; - A processor; - Characterized by the fact that said processor is programmed to perform a frequency analysis and spectral processing of the said at least one signal through the Fourier transform so that the frequency content of the said signal at each axis of the multi-axial measurement system is determined, the said spectral processing including subdivision into time sub-intervals of the entire monitoring sequence and the computation of the Fourier transform for each individual axis and on each time sub-interval for the entire monitoring sequence; - and in that said processor is further programmed to carry out an analysis of said frequency content determined at each axis including an inter-axes analysis wherein a comparison between the frequency contents detected on the individual axes is performed to check if there is a match with a reference movement pattern. - A multi-axial measuring device for determining at least one signal indicative of the motion of a limb or one or more parts of the body; - A processor; - Characterized by the fact that said processor is programmed to perform a frequency analysis and spectral processing of the said at least one signal through the Fourier transform so that the frequency content of the said signal at each axis of the multi-axial measurement system is determined, the said spectral processing including subdivision into time sub-intervals of the entire monitoring sequence and the computation of the Fourier transform for each individual axis and on each time sub-interval for the entire monitoring sequence; - and in that said processor is further programmed to carry out an analysis of said frequency content determined at each axis including an inter-axes analysis wherein a comparison between the frequency contents detected on the individual axes is performed to check if there is a match with a reference movement pattern.
A magnetic flux concentrator, MFC, structure, comprising: a substrate, a first metal layer comprising (i) a first wire layer disposed on or over the substrate, the first wire layer comprising first wires conducting electrical signals, and (ii) a first dielectric layer disposed on the first wire layer, a second metal layer comprising (i) a second wire layer disposed on or over the first metal layer, the second wire layer comprising second wires conducting electrical signals, and (ii) a second dielectric layer disposed on the second wire layer, and a magnetic flux concentrator disposed at least partially in or on the first wire layer of the first metal layer, in or on the second wire layer of the second metal layer, or in or on both the first wire layer and the second wire layer. a substrate, a first metal layer comprising (i) a first wire layer disposed on or over the substrate, the first wire layer comprising first wires conducting electrical signals, and (ii) a first dielectric layer disposed on the first wire layer, a second metal layer comprising (i) a second wire layer disposed on or over the first metal layer, the second wire layer comprising second wires conducting electrical signals, and (ii) a second dielectric layer disposed on the second wire layer, and a magnetic flux concentrator disposed at least partially in or on the first wire layer of the first metal layer, in or on the second wire layer of the second metal layer, or in or on both the first wire layer and the second wire layer.
An operating device for a light source, comprising: a controllable switch which has a gate; and a gate driver circuit coupled to the gate of the controllable switch, wherein the gate driver circuit comprises an inductance forming a resonance circuit with a capacitance of the gate of the controllable switch, wherein the gate driver circuit comprises a first switch coupled in series with the inductance to a voltage rail, measured relative to a reference potential, wherein the gate driver circuit comprises a second switch coupled via the inductance to the gate of the controllable switch and connected in between the inductance and the reference potential, characterized in that the gate driver circuit comprises a third switch coupled to the gate of the controllable switch and connected in between the gate of the controllable switch and the reference potential, wherein the gate driver circuit is configured to control the second switch and the third switch such that the second switch and the third switch are switched to a conducting state in a time-offset manner. a controllable switch which has a gate; and a gate driver circuit coupled to the gate of the controllable switch, wherein the gate driver circuit comprises an inductance forming a resonance circuit with a capacitance of the gate of the controllable switch, wherein the gate driver circuit comprises a first switch coupled in series with the inductance to a voltage rail, measured relative to a reference potential, wherein the gate driver circuit comprises a second switch coupled via the inductance to the gate of the controllable switch and connected in between the inductance and the reference potential, characterized in that the gate driver circuit comprises a third switch coupled to the gate of the controllable switch and connected in between the gate of the controllable switch and the reference potential, wherein the gate driver circuit is configured to control the second switch and the third switch such that the second switch and the third switch are switched to a conducting state in a time-offset manner.
Electrical pushbutton switch having a mechanical switching element which has a haptic element which generates a pressure point, and which has a restoring spring which generates a restoring force with an actuating element which can be displaced relative to a guide housing and which, in the event of a displacement, actuates the switching element, which is arranged in a fixed position with respect to the guide housing, against the restoring force thereof characterized in that at least one resilient tolerance compensation element is arranged between the guide housing and the actuating element, the effective direction of the elastic force of which tolerance compensation element is directed in the actuating direction of the actuating element and in the opposite direction to the restoring force of the switching element. having a mechanical switching element which has a haptic element which generates a pressure point, and which has a restoring spring which generates a restoring force with an actuating element which can be displaced relative to a guide housing and which, in the event of a displacement, actuates the switching element, which is arranged in a fixed position with respect to the guide housing, against the restoring force thereof characterized in that at least one resilient tolerance compensation element is arranged between the guide housing and the actuating element, the effective direction of the elastic force of which tolerance compensation element is directed in the actuating direction of the actuating element and in the opposite direction to the restoring force of the switching element.
An electronic device that handles control transfer instructions, CTIs, when executing instructions in program code, the electronic device comprising: a processor that includes: a branch prediction functional block; and a sequential fetch logic functional block, wherein the sequential fetch logic functional block: acquires a record associated with a CTI, the record including a value representing a number of fetch groups of instructions to be fetched following the CTI that were previously determined to include no CTIs; determines, based on the value from the record, that a given number of fetch groups that include no CTIs are to be fetched for execution in sequence following the CTI; and when each of the given number of fetch groups is fetched and prepared for execution, prevents corresponding accesses of the branch prediction functional block for acquiring branch prediction information for instructions in that fetch group. a branch prediction functional block; and a sequential fetch logic functional block, wherein the sequential fetch logic functional block: acquires a record associated with a CTI, the record including a value representing a number of fetch groups of instructions to be fetched following the CTI that were previously determined to include no CTIs; determines, based on the value from the record, that a given number of fetch groups that include no CTIs are to be fetched for execution in sequence following the CTI; and when each of the given number of fetch groups is fetched and prepared for execution, prevents corresponding accesses of the branch prediction functional block for acquiring branch prediction information for instructions in that fetch group. acquires a record associated with a CTI, the record including a value representing a number of fetch groups of instructions to be fetched following the CTI that were previously determined to include no CTIs; determines, based on the value from the record, that a given number of fetch groups that include no CTIs are to be fetched for execution in sequence following the CTI; and when each of the given number of fetch groups is fetched and prepared for execution, prevents corresponding accesses of the branch prediction functional block for acquiring branch prediction information for instructions in that fetch group.
Method of attaching a lining to an interior surface of a room comprising the steps of: - providing a first sheet of lining to be applied to the interior surface; - applying a plurality of glue dots to the interior surface or to the first sheet of lining; and - attaching the first sheet of the lining to the interior surface such that the first sheet of lining is fixed to the interior surface via the glue dots, characterised in that the step of applying a plurality of glue dots comprises applying a transfer sheet with the plurality of glue dots onto the interior surface or the first sheet of lining and removing a release sheet of the transfer sheet leaving the plurality of glue dots on the interior surface or the first sheet of lining. - providing a first sheet of lining to be applied to the interior surface; - applying a plurality of glue dots to the interior surface or to the first sheet of lining; and - attaching the first sheet of the lining to the interior surface such that the first sheet of lining is fixed to the interior surface via the glue dots,
A system comprising: one or more housings (318, 302) defining one or more interior chambers in which one or more stacks of fuel cells (320, 304) are disposed, wherein the one or more housings (318, 302) include an upper housing having a first stack of the fuel cells and a lower housing having a second stack of the fuel cells, and wherein the upper housing is disposed above the lower housing such that weight of the upper housing and the first stack of fuel cells compresses the fuel cells in the second stack against each other; and a heat exchanger assembly fluidly coupled with the one or more interior chambers of the one or more housings (318, 302), the heat exchanger assembly configured to receive one or more of input fuel or input air from outside of the one or more housings (318, 302) and to receive one or more of outgoing fuel or outgoing air from the fuel cells in the one or more housings (318, 302), wherein the heat exchanger assembly is configured to heat the one or more of the input fuel or the input air and to cool the one or more of the outgoing fuel or the outgoing air. one or more housings (318, 302) defining one or more interior chambers in which one or more stacks of fuel cells (320, 304) are disposed, wherein the one or more housings (318, 302) include an upper housing having a first stack of the fuel cells and a lower housing having a second stack of the fuel cells, and wherein the upper housing is disposed above the lower housing such that weight of the upper housing and the first stack of fuel cells compresses the fuel cells in the second stack against each other; and a heat exchanger assembly fluidly coupled with the one or more interior chambers of the one or more housings (318, 302), the heat exchanger assembly configured to receive one or more of input fuel or input air from outside of the one or more housings (318, 302) and to receive one or more of outgoing fuel or outgoing air from the fuel cells in the one or more housings (318, 302), wherein the heat exchanger assembly is configured to heat the one or more of the input fuel or the input air and to cool the one or more of the outgoing fuel or the outgoing air.
A composition for use in the treatment of non-inflammatory neuronal damage from a condition selected from the group consisting of brain trauma, a stroke and a combination thereof, the composition comprising a therapeutically effective amount of Linalool.
An electrical assembly comprising: a device housing having a front surface, a rear surface and an edge; and an electrical connection system comprising: an external connector comprising an external frame into which one or more spring pins are assembled and subsequently overmolded, an internal connector comprising an internal frame into which one or more contact pads are assembled and subsequently overmolded, wherein the overmold of the internal connector includes features, such as screw mounts, which allow the internal connector to be fixedly mounted within the device housing; said external frame having first locating features which are configured to engage with matching second locating features of said internal frame of the internal connector, wherein the first and second locating features (C, G) are configured to relatively position the spring pins of the external connector and the contact pads of the internal connector, and first mating features that extend over the front and rear surfaces of, and grip the edge of, the device housing; characterized in that the external frame comprises a retention feature, such as a ridge or bump, that extends across all or a portion of the external frame, the device housing incorporates a mating retention feature, such as a groove or recess, which is configured to be gripped by the external frame of the external connector, wherein the retention feature is designed to snap into the mating retention feature, whereby the external connector is retained to the edge of the device housing. an external connector comprising an external frame into which one or more spring pins are assembled and subsequently overmolded, an internal connector comprising an internal frame into which one or more contact pads are assembled and subsequently overmolded, wherein the overmold of the internal connector includes features, such as screw mounts, which allow the internal connector to be fixedly mounted within the device housing; said external frame having first locating features which are configured to engage with matching second locating features of said internal frame of the internal connector, wherein the first and second locating features (C, G) are configured to relatively position the spring pins of the external connector and the contact pads of the internal connector, and first mating features that extend over the front and rear surfaces of, and grip the edge of, the device housing; characterized in that the external frame comprises a retention feature, such as a ridge or bump, that extends across all or a portion of the external frame, the device housing incorporates a mating retention feature, such as a groove or recess, which is configured to be gripped by the external frame of the external connector, wherein the retention feature is designed to snap into the mating retention feature, whereby the external connector is retained to the edge of the device housing.
A device (20, 120) for installing traction batteries underneath a cab of a cab-over-engine vehicle, the device (20, 120) comprising: a base portion having a bottom and an open top, the base portion defining a space into which a portion of a traction battery pack is receivable by lowering the traction battery pack into said space through the open top and towards the bottom, at least one front securing element (44, 144) connected to the base portion for securing the base portion to at least one front bushing of the vehicle, and at least one rear securing element (46, 146) connected to the base portion for securing the base portion to at least one rear bushing of the vehicle, characterized in that at least one of the front and rear securing elements (44, 46, 144, 146) comprises a first securing portion for connecting that securing element to one of said front bushing and rear bushing, respectively, and a second securing portion (50, 150) projecting upwardly from the base portion for connecting that securing element to the traction battery pack when the traction battery pack has been received in said space. a base portion having a bottom and an open top, the base portion defining a space into which a portion of a traction battery pack is receivable by lowering the traction battery pack into said space through the open top and towards the bottom, at least one front securing element (44, 144) connected to the base portion for securing the base portion to at least one front bushing of the vehicle, and at least one rear securing element (46, 146) connected to the base portion for securing the base portion to at least one rear bushing of the vehicle, characterized in that at least one of the front and rear securing elements (44, 46, 144, 146) comprises a first securing portion for connecting that securing element to one of said front bushing and rear bushing, respectively, and a second securing portion (50, 150) projecting upwardly from the base portion for connecting that securing element to the traction battery pack when the traction battery pack has been received in said space.
A first anti-sense oligonucleotide that can hybridise to an exon internal part of an exon from a precursor of the dystrophin mRNA and a second AON that can hybridise to another exon internal part of said exon for use in treating DMD, wherein the efficiency with which said exon is excluded from a mature mRNA is increased by providing said second AON, wherein said dystrophin exon is exon 45.
A power-steering system comprising: a hydraulic valve configured to create pressure due to torque exerted by a driver of a vehicle in various directions on a steering wheel thereof and operatively connected to an output shaft for steering of the vehicle; a differential-pressure transducer configured to monitor the pressure; a magnetic actuator including an electromagnetic coil, an inner and outer electromagnetic pole, and at least one permanent magnet assembly, operatively connected to the hydraulic valve, and a control module configured to calculate an appropriate amount and direction of electric current and send the current to the magnetic actuator to generate the output torque, with the assist torque being changed as a function of speed of the vehicle, and a polarity of the current in the coil changing direction of the torque to the magnetic actuator such that, at any of the speed, the current is based upon direction of the steering, and in that the hydraulic valve is operatively connected to a steering worm, characterized by a recirculating ball steering gear to which the transducer is configured to be fastened, wherein the magnetic actuator is configured to generate an output of torque required from the recirculating ball steering gear for a maneuver of the steering wheel and apply the torque to the hydraulic valve independently of input by the driver, with the torque being added to or subtracted from the steering system in any of the directions independently of the driver input by the pressure-monitoring and inputs from the vehicle into the control module. a hydraulic valve configured to create pressure due to torque exerted by a driver of a vehicle in various directions on a steering wheel thereof and operatively connected to an output shaft for steering of the vehicle; a differential-pressure transducer configured to monitor the pressure; a magnetic actuator including an electromagnetic coil, an inner and outer electromagnetic pole, and at least one permanent magnet assembly, operatively connected to the hydraulic valve, and a control module configured to calculate an appropriate amount and direction of electric current and send the current to the magnetic actuator to generate the output torque, with the assist torque being changed as a function of speed of the vehicle, and a polarity of the current in the coil changing direction of the torque to the magnetic actuator such that, at any of the speed, the current is based upon direction of the steering, and in that the hydraulic valve is operatively connected to a steering worm, characterized by a recirculating ball steering gear to which the transducer is configured to be fastened, wherein the magnetic actuator is configured to generate an output of torque required from the recirculating ball steering gear for a maneuver of the steering wheel and apply the torque to the hydraulic valve independently of input by the driver, with the torque being added to or subtracted from the steering system in any of the directions independently of the driver input by the pressure-monitoring and inputs from the vehicle into the control module.
Arrangement for drawing over a limb stump for the fixing of a prosthesis socket, comprising a liner that is to be drawn over the stump and a knitted covering that is drawn over the exterior thereof to compensate stump volume variations, where the liner has at least one annular peripheral sealing lip (5, 5a) in the region of the distal end for close contact with the internal side of the prosthesis socket, characterized in that the knitted covering has, only in the region of its distal end, an adhesive layer which interacts adhesively with the liner surface.