mhurhangee/ep-ind-claims huggingface dataset:
A connector connectable to a mating connector in a front-rear direction, comprising: a housing including a fitting portion fittable into the mating connector; a connector resilient member to be fitted on the fitting portion and configured to be resiliently held in close contact with the mating connector and the fitting portion when the fitting portion is fitted into the mating connector; a plurality of individual terminal accommodating portions provided in the housing and configured to accommodate terminals to be connected to mating terminals provided in the mating connector; and individual resilient members, the connector resilient member and the individual resilient members being configured to be displaced in the front-rear direction, wherein the plurality of individual terminal accommodating portions are to be respectively fitted into a plurality of mating cavities provided in the mating connector, and the individual resilient members are to be fitted on outer peripheral surfaces of the individual terminal accommodating portions and configured to be resiliently held in close contact with inner peripheral surfaces of the mating cavities and the individual terminal accommodating portions when the individual terminal accommodating portions are fitted into the mating cavities, characterized in that the connector resilient member is fitted on an outer peripheral surface of the fitting portion and configured to be resiliently held in close contact with the mating connector and the outer peripheral surface of the fitting portion when the fitting portion is fitted into the mating connector. a housing including a fitting portion fittable into the mating connector; a connector resilient member to be fitted on the fitting portion and configured to be resiliently held in close contact with the mating connector and the fitting portion when the fitting portion is fitted into the mating connector; a plurality of individual terminal accommodating portions provided in the housing and configured to accommodate terminals to be connected to mating terminals provided in the mating connector; and individual resilient members, the connector resilient member and the individual resilient members being configured to be displaced in the front-rear direction, wherein the plurality of individual terminal accommodating portions are to be respectively fitted into a plurality of mating cavities provided in the mating connector, and the individual resilient members are to be fitted on outer peripheral surfaces of the individual terminal accommodating portions and configured to be resiliently held in close contact with inner peripheral surfaces of the mating cavities and the individual terminal accommodating portions when the individual terminal accommodating portions are fitted into the mating cavities, characterized in that the connector resilient member is fitted on an outer peripheral surface of the fitting portion and configured to be resiliently held in close contact with the mating connector and the outer peripheral surface of the fitting portion when the fitting portion is fitted into the mating connector.
A system for electrical stimulation of a muscle comprising: A. an electrical pulse generator that delivers energy to stimulate a the muscle at a first frequency, the first frequency different from a second frequency at which the muscle intrinsically contracts; B. a sensor that senses physiologic activity indicative of contraction of the stimulated muscle; C. an electronic memory to store an array of data generated by the sensor over a period of time; D. a frequency analyzer that analyzes the array of data to determine the power distribution across a frequency band for the sensed physiologic activity; and E. circuitry to compare the power in a stimulation frequency band to a total power across the frequency band for the sensed physiologic activity, wherein said stimulation frequency band: - comprises the first frequency; - is narrower than the frequency band for the sensed physiologic activity; and - is included within the frequency band for the sensed physiologic activity. A. an electrical pulse generator that delivers energy to stimulate a the muscle at a first frequency, the first frequency different from a second frequency at which the muscle intrinsically contracts; B. a sensor that senses physiologic activity indicative of contraction of the stimulated muscle; C. an electronic memory to store an array of data generated by the sensor over a period of time; D. a frequency analyzer that analyzes the array of data to determine the power distribution across a frequency band for the sensed physiologic activity; and E. circuitry to compare the power in a stimulation frequency band to a total power across the frequency band for the sensed physiologic activity, wherein said stimulation frequency band: - comprises the first frequency; - is narrower than the frequency band for the sensed physiologic activity; and - is included within the frequency band for the sensed physiologic activity. - comprises the first frequency; - is narrower than the frequency band for the sensed physiologic activity; and - is included within the frequency band for the sensed physiologic activity.
Device for measuring electric currents in a plurality of n rigid, rectilinear and parallel conductors (i, i=1,...,n) that are included in a power board (PCB_P) and are located in a first plane that is defined by the latter, said device comprising electric current transducers (C i) taking the form of magnetic field sensors and a microcontroller containing, in a memory, computation matrices (,) allowing the real electric currents (I réeli) flowing through said plurality of n conductors (i, i=1,...,n) to be calculated on the basis of currents measured (I mesi) by means of said transducers (C i), the device including a control board (PCB_C) including n said transducers (C i) that are located in a second plane that is defined by the former and that correspond to the n said conductors (i, i=1,...,n), respectively, said control board (PCB_C) being intended to be mounted, in a measurement position, in parallel to said power board (PCB_P) so that said transducers (C i) are placed facing said respective conductors (i, i=1,...,n) and with said first and second planes positioned in parallel, and said microcontroller including: - means for constructing at least one decorrelation matrix () between said measured currents (I mesi) and said real currents (I réeli) according to the position of the transducers (C i) with respect to said conductors (i); - means for constructing one offset matrix () by determining its elements (O i) as being equal to the currents measured in each conductor (i) in the absence of applied currents in said conductors; and - means for calculating a real current ( Iréel) matrix representing said real currents (I réeli) by subtracting said offset matrix () from a matrix ([I mes]) of the measured currents (I mesi) and by applying an inverse matrix ( -1) of the decorrelation matrix () to the obtained result. - means for constructing at least one decorrelation matrix () between said measured currents (I mesi) and said real currents (I réeli) according to the position of the transducers (C i) with respect to said conductors (i); - means for constructing one offset matrix () by determining its elements (O i) as being equal to the currents measured in each conductor (i) in the absence of applied currents in said conductors; and - means for calculating a real current ( Iréel) matrix representing said real currents (I réeli) by subtracting said offset matrix () from a matrix ([I mes]) of the measured currents (I mesi) and by applying an inverse matrix ( -1) of the decorrelation matrix () to the obtained result.
A machine to apply at least one cable to a pipeline, the machine comprising: - a frame extending along a longitudinal axis; - a gripping and moving device mounted on the frame and configured to couple the machine around the pipeline and move the machine along the pipeline in a travel direction parallel to the longitudinal axis; - a cable application equipment comprising a rotating open ring structure, which is configured to rotate with respect to the frame and around the pipeline when the machine is gripping the pipeline; and an unwinding device for the controlled unwinding of a reel of cable; said unwinding device being mounted on said rotating open ring structure; and - a strapping apparatus mounted on the frame for applying straps around the cable and the pipe; the cable application equipment being configured to wind the cable in a helical manner around the pipeline as the machine advances and the strapping apparatus being configured to apply a succession of straps around the pipeline and the cable wound around the pipeline during a machine stop. - a frame extending along a longitudinal axis; - a gripping and moving device mounted on the frame and configured to couple the machine around the pipeline and move the machine along the pipeline in a travel direction parallel to the longitudinal axis; - a cable application equipment comprising a rotating open ring structure, which is configured to rotate with respect to the frame and around the pipeline when the machine is gripping the pipeline; and an unwinding device for the controlled unwinding of a reel of cable; said unwinding device being mounted on said rotating open ring structure; and - a strapping apparatus mounted on the frame for applying straps around the cable and the pipe;
An adhesive tape roll which is formed by winding an adhesive tape with an adhesive surface of an adhesive material layer formed on one surface of a base material so that the adhesive surface faces a right side; characterised in that a release material layer is provided on part of said adhesive material layer, wherein the release material layer prevents the adhesive material layer from sticking to the next adjacent layer of tape and wherein said release material layer is composed of a synthetic resin material of rubber as a main component and wherein said release material layer has an occupation ratio with respect to said adhesive surface per unit area of 5% or more and 50% or less, and wherein the surface of the base material opposite the one surface on which the adhesive material layer is formed is not provided with a release treatment surface.
An external control device for programming an implantable neuromodulator coupled to an electrode array, comprising: a user interface including a programming selection control element configured for allowing a user to select a super-threshold programming mode for providing super-threshold therapy to a patient configured to cause the patient to perceive paresthesia, the super-threshold programming mode having a first limit on a modulation parameter, and to select a sub-threshold programming mode for providing sub-threshold therapy to a patient configured not to cause the patient to perceive paresthesia, the sub-threshold programming mode having a second limit on the modulation parameter different from the first limit; and controller/processor circuitry configured for defining a series of modulation parameter sets during the programming of the neuromodulator in the super-threshold programming mode, and instructing the neuromodulator to convey electrical energy to the electrode array in accordance with the series of modulation parameter sets in a manner that displaces a locus of a resulting electrical field relative to the electrode array, characterised in that, the controller/processor circuitry is also configured for automatically identifying using patient feedback one of the series of modulation parameter sets as creating an electrical field having a locus disposed on a physiological midline of the patient. a user interface including a programming selection control element configured for allowing a user to select a super-threshold programming mode for providing super-threshold therapy to a patient configured to cause the patient to perceive paresthesia, the super-threshold programming mode having a first limit on a modulation parameter, and to select a sub-threshold programming mode for providing sub-threshold therapy to a patient configured not to cause the patient to perceive paresthesia, the sub-threshold programming mode having a second limit on the modulation parameter different from the first limit; and controller/processor circuitry configured for defining a series of modulation parameter sets during the programming of the neuromodulator in the super-threshold programming mode, and instructing the neuromodulator to convey electrical energy to the electrode array in accordance with the series of modulation parameter sets in a manner that displaces a locus of a resulting electrical field relative to the electrode array, characterised in that, the controller/processor circuitry is also configured for automatically identifying using patient feedback one of the series of modulation parameter sets as creating an electrical field having a locus disposed on a physiological midline of the patient.
A stent assembly for deploying within a bodily lumen, comprising: an outer element comprising a first expandable mesh sheath; an inner element comprising a second expandable mesh sheath, said inner element having a smaller expanded diameter than that of said outer element, and being disposed axially within said outer element, and in close juxtaposition thereto; and a vibrating mechanism adapted to impart vibratory motion to said inner etement, characterized in that said vibrating mechanism is disposed on said inner element, and said vibrating mechanism comprises a converter system for converting the mechanical energy of flow of fluid in said lumen to vibrational energy. an outer element comprising a first expandable mesh sheath; an inner element comprising a second expandable mesh sheath, said inner element having a smaller expanded diameter than that of said outer element, and being disposed axially within said outer element, and in close juxtaposition thereto; and a vibrating mechanism adapted to impart vibratory motion to said inner etement,
A pharmaceutical composition comprising flubendazole or a pharmaceutically acceptable salt, solvate, hydrate or N-oxide thereof, and a moderate or strong cytochrome P450 1A2 isoenzyme (CYP1A2) inhibitor, wherein: (a) the moderate CYP1A2 inhibitor is: (i) a CYP1A2 inhibitor which reduces intrinsic clearance of flubendazole in human hepatocytes ex vivo by ≥two-fold to <five-fold compared to intrinsic clearance of flubendazole in human hepatocytes ex vivo in the absence of a CYP1A2 inhibitor; and/or (ii) a CYP1A2 inhibitor which increases the area under the curve in vivo of flubendazole by ≥two-fold to <five-fold compared to the AUC in vivo of flubendazole in the absence of a CYP1A2 inhibitor; and (b) the strong CYP1A2 inhibitor is: (i) a CYP1A2 inhibitor which reduces intrinsic clearance of flubendazole in human hepatocytes ex vivo by ≥five-fold compared to intrinsic clearance of flubendazole in human hepatocytes ex vivo in the absence of a CYP1A2 inhibitor; and/or (ii) a CYP1A2 inhibitor which increases the AUC in vivo of flubendazole by ≥five-fold compared to the AUC in vivo of flubendazole in the absence of a CYP1A2 inhibitor. (a) the moderate CYP1A2 inhibitor is: (i) a CYP1A2 inhibitor which reduces intrinsic clearance of flubendazole in human hepatocytes ex vivo by ≥two-fold to <five-fold compared to intrinsic clearance of flubendazole in human hepatocytes ex vivo in the absence of a CYP1A2 inhibitor; and/or (ii) a CYP1A2 inhibitor which increases the area under the curve in vivo of flubendazole by ≥two-fold to <five-fold compared to the AUC in vivo of flubendazole in the absence of a CYP1A2 inhibitor; and (i) a CYP1A2 inhibitor which reduces intrinsic clearance of flubendazole in human hepatocytes ex vivo by ≥two-fold to <five-fold compared to intrinsic clearance of flubendazole in human hepatocytes ex vivo in the absence of a CYP1A2 inhibitor; and/or (ii) a CYP1A2 inhibitor which increases the area under the curve in vivo of flubendazole by ≥two-fold to <five-fold compared to the AUC in vivo of flubendazole in the absence of a CYP1A2 inhibitor; and (b) the strong CYP1A2 inhibitor is: (i) a CYP1A2 inhibitor which reduces intrinsic clearance of flubendazole in human hepatocytes ex vivo by ≥five-fold compared to intrinsic clearance of flubendazole in human hepatocytes ex vivo in the absence of a CYP1A2 inhibitor; and/or (ii) a CYP1A2 inhibitor which increases the AUC in vivo of flubendazole by ≥five-fold compared to the AUC in vivo of flubendazole in the absence of a CYP1A2 inhibitor. (i) a CYP1A2 inhibitor which reduces intrinsic clearance of flubendazole in human hepatocytes ex vivo by ≥five-fold compared to intrinsic clearance of flubendazole in human hepatocytes ex vivo in the absence of a CYP1A2 inhibitor; and/or (ii) a CYP1A2 inhibitor which increases the AUC in vivo of flubendazole by ≥five-fold compared to the AUC in vivo of flubendazole in the absence of a CYP1A2 inhibitor.
Method of detecting cookware on an induction hob comprising a plurality of induction heating coils each being adapted for heating, in the activated state, cookware placed on the induction hob, characterized in that detecting cookware is based on signals generated by at least one active induction heating coil through the action of parasitic electromagnetic coupling effects in at least one inactive induction heating coil (5, 6).
A socket housing for an electrical connector with an inner part and an outer part, the inner part being formed to receive at least one electrically conductive contact element, a wall of the outer part defining a cavity, wherein the outer part and the inner part are arranged adjoining one another, an external diameter of the inner part being equal to or less than an internal diameter of the outer part, characterized in that the socket housing is formed in one piece, the inner part and the outer part are connected via a crosspiece formed as a predetermined breaking point, the crosspiece is arranged in circumambient manner, at least in sections, on an end-face end of the wall of the outer part facing the inner part.
A system for monitoring of the fuel self-ignition angle, especially in the cylinder of a diesel engine, applying Langmuir probe characterized in that the monitoring system comprises a two-channel metal adapter with pressure indicator and Langmuir probe placed in an engine cylinder, while in the pressure indicator channel a pressure sensor is placed, which generates a signal which is sent to an electronic pressure recorder, while the Langmuir probe is placed in the other channel of the two-channel adapter and is connected with a power source and a signal amplification set-up, which is connected with a fuel self-ignition angle recorder, a Top Dead Centre signal generator, the signal of which is transmitted to a TDC signal divider, which after galvanic separation is transmitted to - the electronic pressure recorder, - a vibration recorder, - a crankshaft revolution timer and - the self-ignition angle recorder, while - a vibrational sensor sends its signals to the vibration recorder, - the signal from the self-ignition angle recorder is sent to a numerical indicator of self-ignition angle and - the signal determining the value of angular velocity to its numerical indicator, a data transmission set-up configured to export data from the self-ignition angle recorder to external monitoring systems. while in the pressure indicator channel a pressure sensor is placed, which generates a signal which is sent to an electronic pressure recorder, while the Langmuir probe is placed in the other channel of the two-channel adapter and is connected with a power source and a signal amplification set-up, which is connected with a fuel self-ignition angle recorder, - the electronic pressure recorder, - a vibration recorder, - a crankshaft revolution timer and - the self-ignition angle recorder, - a vibrational sensor sends its signals to the vibration recorder, - the signal from the self-ignition angle recorder is sent to a numerical indicator of self-ignition angle and - the signal determining the value of angular velocity to its numerical indicator, a data transmission set-up configured to export data from the self-ignition angle recorder to external monitoring systems.
A satellite for free space optical communication comprising: a plurality of optical beam expanders (414,502,504,506,508,510,512) for receiving and transmitting optical signals from/to the plurality of destinations, a plurality of optical pre-amplifiers, each optically coupled to a respective optical beam expander for amplifying received optical signals; a plurality of optical power amplifiers, each optically coupled to a respective optical beam expander for amplifying optical signals before transmission to the plurality of destinations, an optical multiplexor optically coupled to the plurality of optical pre-amplifiers for multiplexing amplified outputs of the optical pre-amplifiers; an optical main amplifier optically coupled to the optical multiplexor for amplifying an output of the multiplexor; an optical demultiplexer optically coupled to the optical main amplifier for demultiplexing an output of the optical main amplifier; an optical switch optically coupled to the demultiplexer for directing the output of the optical main amplifier to a selected power amplifier to be transmitted to a selected destination by a respective optical beam expander. a plurality of optical beam expanders (414,502,504,506,508,510,512) for receiving and transmitting optical signals from/to the plurality of destinations, a plurality of optical pre-amplifiers, each optically coupled to a respective optical beam expander for amplifying received optical signals; a plurality of optical power amplifiers, each optically coupled to a respective optical beam expander for amplifying optical signals before transmission to the plurality of destinations, an optical multiplexor optically coupled to the plurality of optical pre-amplifiers for multiplexing amplified outputs of the optical pre-amplifiers; an optical main amplifier optically coupled to the optical multiplexor for amplifying an output of the multiplexor; an optical demultiplexer optically coupled to the optical main amplifier for demultiplexing an output of the optical main amplifier; an optical switch optically coupled to the demultiplexer for directing the output of the optical main amplifier to a selected power amplifier to be transmitted to a selected destination by a respective optical beam expander.
Fuel tank of thermoplastic polymer for a motor vehicle, having at least one reinforcing element inside the fuel tank, the reinforcing element inside the fuel tank extending between two opposing tank walls, parts of the reinforcing element passing through the tank wall and parts of the reinforcing element engaging behind the tank wall from outside, wherein the reinforcing element is provided with at least one multipart fastening head, which comprises a first closing means engaging through the tank wall from inside and a second closing means, which closing means are of mutually complementary construction, characterized in that the second closing means engages through the tank wall from outside.