mhurhangee/ep-ind-claims huggingface dataset:
An intracardiac ventricular pacemaker, comprising: a pulse generator configured to generate and deliver a pacing pulse to a ventricle of a patient's heart via electrodes (162, 164) coupled to the pacemaker; a motion sensor configured to produce an electrical signal correlated to movement of blood within the ventricle; and a control circuit comprising an atrial event detector circuit coupled to the motion sensor and a pace timing circuit coupled to the pulse generator; wherein the atrial event detector circuit is configured to detect an atrial mechanical event from the motion sensor signal and pass an atrial event signal to the pace timing circuit in response to detecting the atrial mechanical event, the pace timing circuit configured to schedule the pacing pulse by starting a pacing interval in response to receiving the atrial event signal, the pulse generator configured to deliver the scheduled pacing pulse to a ventricle of the patient's heart in response to the pacing interval expiring. a pulse generator configured to generate and deliver a pacing pulse to a ventricle of a patient's heart via electrodes (162, 164) coupled to the pacemaker; a motion sensor configured to produce an electrical signal correlated to movement of blood within the ventricle; and a control circuit comprising an atrial event detector circuit coupled to the motion sensor and a pace timing circuit coupled to the pulse generator; wherein the atrial event detector circuit is configured to detect an atrial mechanical event from the motion sensor signal and pass an atrial event signal to the pace timing circuit in response to detecting the atrial mechanical event, the pace timing circuit configured to schedule the pacing pulse by starting a pacing interval in response to receiving the atrial event signal, the pulse generator configured to deliver the scheduled pacing pulse to a ventricle of the patient's heart in response to the pacing interval expiring.
A dual flow turbine engine, comprising: - a gas generator, - a nacelle which surrounds the gas generator, - arms for connecting the gas generator to the nacelle, - an annular duct for the flow of a primary flow, the duct being formed in the gas generator and being externally delimited by a first annular casing of the gas generator, - an annular duct for the flow of a secondary flow, the duct being formed between the gas generator and the nacelle and being delimited internally by a second annular casing of the gas generator and externally by a third annular casing surrounded by the nacelle, the second and third casings being connected together by at least some of said arms, - at least one lubricant tank located in an annular space extending between the first and second casings, - at least one hatch provided on an outer cowling of the nacelle, for filling said tank, characterised in that said tank is configured to be filled by means of a removable tubular pipe inserted from said hatch to the tank, said third casing comprising a first interface configured to be passed through by said pipe, and said second casing comprising a second interface for connecting the pipe to said tank. - a gas generator, - a nacelle which surrounds the gas generator, - arms for connecting the gas generator to the nacelle, - an annular duct for the flow of a primary flow, the duct being formed in the gas generator and being externally delimited by a first annular casing of the gas generator, - an annular duct for the flow of a secondary flow, the duct being formed between the gas generator and the nacelle and being delimited internally by a second annular casing of the gas generator and externally by a third annular casing surrounded by the nacelle, the second and third casings being connected together by at least some of said arms, - at least one lubricant tank located in an annular space extending between the first and second casings, - at least one hatch provided on an outer cowling of the nacelle, for filling said tank,
A device adapted to be placed in a watercraft, said device comprising propulsion means adapted to extend below the water line comprising a pair of flexible fins (46, 48) each being adapted to oscillate through an arcuate path in a generally transverse direction with respect to the central longitudinal dimension of said watercraft, means (37, 39, 42, 50, 58, 62, 66, 68) for positioning said pair of flexible fins (46, 48) to propel said watercraft forward and to rotate each of said pair of flexible fins (46, 48) 180° with respect to the longitudinal dimension of the watercraft to propel said watercraft aft, and input means (18, 20) operatively associated with said pair of flexible fins (46, 48) for applying input force to said pair of flexible fins (46, 48) whereby as input force is applied, said flexible fins (46,48) can twist to form an angle of attack for providing forward or aft thrust with respect to the longitudinal dimension of the watercraft while moving said flexible fins (46, 48) in both directions along said arcuate path.
A safety cook top gas tap, used in such domestic cooking appliances as cookers or ovens, composed of a gas inlet (1.6), a single-piece body (1.1), a male (1.4) located in the said body (1.1), a lid (1.3), a shaft (1.2) and a safety valve (1.5); characterized in that; the safety cooktop gas tap is furthermore composed of two gas outlets (1.7, 1.8) comprising a first gas outlet (1.7) and a second gas outlet (1.8) and in that; • The said safety valve (1.5) is angularly positioned such that a space is provided between the safety valve (1.5) and the second gas outlet (1.8) and such that this space is formed by positioning the safety valve (1.5) such that an angle B between the safety valve (1.5) and the second gas outlet (1.8) is comprised between 40° and 60°, • A space (1.18) is provided between the first gas outlet (1.7) and the second gas outlet (1.8), which are in the same direction, • The said two gas outlets (1.7, 1.8) are positioned in the same plane. • The said safety valve (1.5) is angularly positioned such that a space is provided between the safety valve (1.5) and the second gas outlet (1.8) and such that this space is formed by positioning the safety valve (1.5) such that an angle B between the safety valve (1.5) and the second gas outlet (1.8) is comprised between 40° and 60°, • A space (1.18) is provided between the first gas outlet (1.7) and the second gas outlet (1.8), which are in the same direction, • The said two gas outlets (1.7, 1.8) are positioned in the same plane.
A pot spinning machine comprising: a pot having an opening that opens downward; a yarn introduction pipe introducing a yarn into the pot and having a yarn outlet from which the yarn is discharged into the pot at a bottom end of the yarn introduction pipe; a fixed cover surrounding the pot and having an opening that opens downward; and a lid opening and closing the opening of the fixed cover, characterized in that the lid has a projecting portion that is inserted into the pot through the opening of the pot when the opening of the fixed cover is closed by the lid, and the projecting portion guides the yarn discharged from the yarn outlet of the yarn introduction pipe at yarn cutting to an inside wall of the pot. a pot having an opening that opens downward; a yarn introduction pipe introducing a yarn into the pot and having a yarn outlet from which the yarn is discharged into the pot at a bottom end of the yarn introduction pipe; a fixed cover surrounding the pot and having an opening that opens downward; and a lid opening and closing the opening of the fixed cover, characterized in that the lid has a projecting portion that is inserted into the pot through the opening of the pot when the opening of the fixed cover is closed by the lid, and the projecting portion guides the yarn discharged from the yarn outlet of the yarn introduction pipe at yarn cutting to an inside wall of the pot.
Supporting device for supporting a garment, the supporting device comprising a hanger-shaped body on which a garment can be arranged, and tensioning means which are configured to tension the garment in order to facilitate the smoothing thereof, the tensioning means comprising flexible strings (12, 13, 14, 15) and a control mechanism configured to move the flexible strings (12, 13, 14, 15) between a rest position and a tensioning position in which the flexible strings are elastically deformed and exert a tension on the garment, wherein the flexible strings comprise a first sleeve string and a second sleeve string configured to extend respectively in a first sleeve and a second sleeve of the garment and configured to exert a tension respectively on the first and second sleeves of the garment when the first and second sleeve strings (14, 15) occupy the tensioning position, characterised in that the control mechanism comprises a first winder to which is connected the first sleeve string and whereon the first sleeve string is configured to be at least partially wound, and a second winder to which is connected the second sleeve string and whereon the second sleeve string is configured to be at least partially wound, and in that the control mechanism is configured in such a way that: - a rotation of the first winder in a first direction of rotation drives an unwinding of the first sleeve string from the first winder and a movement of the first sleeve string from the rest position to the tensioning position, and a rotation of the first winder in a second direction of rotation drives an unwinding of the first sleeve string on the first winder and a movement of the first sleeve string from the tensioning position to the rest position, and - a rotation of the second winder in a first direction of driving drives an unwinding of the second sleeve string from the second winder and a movement of the second sleeve string from the rest position to the tensioning position, and a rotation of the second winder in a second direction of driving drives a winding of the second sleeve string on the second winder and a movement of the second sleeve string from the tensioning position to the rest position. - a rotation of the first winder in a first direction of rotation drives an unwinding of the first sleeve string from the first winder and a movement of the first sleeve string from the rest position to the tensioning position, and a rotation of the first winder in a second direction of rotation drives an unwinding of the first sleeve string on the first winder and a movement of the first sleeve string from the tensioning position to the rest position, and - a rotation of the second winder in a first direction of driving drives an unwinding of the second sleeve string from the second winder and a movement of the second sleeve string from the rest position to the tensioning position, and a rotation of the second winder in a second direction of driving drives a winding of the second sleeve string on the second winder and a movement of the second sleeve string from the tensioning position to the rest position.
A pasta cut and transport unit comprising: a bearing structure; a receiving chamber for receiving the cut pasta, inside which a cutting spindle is housed to actuate a cutter; a conveyor, comprising an endless transport member arranged below the receiving chamber, onto which the pasta from the receiving chamber is unloaded; characterised in that blowing members are arranged along the longitudinal edges of the endless transport member and in the movement direction thereof, said blowing members being designed to generate side air flows forcing the pasta on the endless transport member and preventing it from escaping laterally. a bearing structure; a receiving chamber for receiving the cut pasta, inside which a cutting spindle is housed to actuate a cutter; a conveyor, comprising an endless transport member arranged below the receiving chamber, onto which the pasta from the receiving chamber is unloaded;
Device for monitoring an electrical accumulation battery comprising a set of cells (2a, 2b, 2c) connected in series, the device comprising: - a means for measuring the current intensity delivered by the battery, - a means for measuring an electrical voltage (U i) between an upstream connection point and a downstream connection point of each cell (2a, 2b, 2c), characterized in that the device also comprises: - a recorder of the zero-current electrical voltage (U 0i) configured to record the voltage between the same upstream connection point and the same downstream connection point of each cell (2a, 2b, 2c), each time the current from the battery is cancelled and - an electrical resistance estimator, configured to periodically estimate the electrical resistance (R i +R ci) of each cell (2a, 2b, 2c), between its upstream connection point and its downstream connection point. - a means for measuring the current intensity delivered by the battery, - a means for measuring an electrical voltage (U i) between an upstream connection point and a downstream connection point of each cell (2a, 2b, 2c), characterized in that the device also comprises: - a recorder of the zero-current electrical voltage (U 0i) configured to record the voltage between the same upstream connection point and the same downstream connection point of each cell (2a, 2b, 2c), each time the current from the battery is cancelled and - an electrical resistance estimator, configured to periodically estimate the electrical resistance (R i +R ci) of each cell (2a, 2b, 2c), between its upstream connection point and its downstream connection point.
Outflow apparatus for a basin, in particular in the form of a sink, consisting of at least one fluid passage part and one fluid blockage part, of which at least one part, by means of an actuating device, can be moved by hand from a position allowing passage of fluid between the basin and an outflow pipe of the apparatus into a position blocking the fluid passage, and vice versa, wherein the actuating device has a clamping device by means of which the outflow pipe can be fixed in a fluid-tight manner to the basin, wherein the outflow pipe can be arranged spaced apart from a base of the basin via a pot-shaped compensating piece which is provided with a central opening in its base, characterized in that, between the compensating piece and the outflow pipe, there is arranged a sealing ring with an n-shaped cross section, which has on its bottom side, which faces towards the outflow pipe, an encircling groove into which the edge of the outflow pipe engages.
Apparatus for use in, or forming part of, a separation process to be implemented in separation processor technology, said apparatus comprising synthetic bubbles or beads, the separation process involving the use of the synthetic bubbles or beads, wherein: the synthetic bubbles or beads are configured as solid polymer bubbles or beads with a polymer or polymer-based material functionalized to attach to a valuable material in a mixture having water so as to form enriched synthetic bubbles or beads having the valuable material attached thereto, and are also configured to be separated from the mixture based at least partly on a difference in a physical property between the enriched synthetic bubbles or beads having the valuable material attached thereto and the mixture, wherein the valuable material comprises mineral particles, and wherein the polymer or polymer-based material comprises a surface configured with a hydrophobic polymer selected from a group consisting of polydimethylsiloxane, polysiloxanates.
A vehicle power supply system (1A, 1B) comprising: a battery mounted in a vehicle that uses an engine as a drive source; an alternator that generates electricity by driving of the engine and charges the battery; a starter motor that is driven by electric power supplied from the battery to start the engine in a stopped state where the alternator is not operating; a DC/DC converter that is disposed on an electric path between an electric load for vehicle control related to control of the vehicle and the battery and converts a voltage of direct current power supplied from the battery to the electric load for vehicle control; and a detection device that detects a voltage of the battery, wherein in a case where the engine is restarted by using the starter motor from an automatically stopped state where the engine is automatically stopped, the detection device controls the DC/DC converter to start in a case where the voltage of the battery becomes equal to or less than a threshold value during a period from stoppage of the engine to start of the starter motor; the threshold value is a voltage value that is lower than an output voltage of the operating alternator and characterized in that said threshold value is higher than a voltage of the fully-charged battery a battery mounted in a vehicle that uses an engine as a drive source; an alternator that generates electricity by driving of the engine and charges the battery; a starter motor that is driven by electric power supplied from the battery to start the engine in a stopped state where the alternator is not operating; a DC/DC converter that is disposed on an electric path between an electric load for vehicle control related to control of the vehicle and the battery and converts a voltage of direct current power supplied from the battery to the electric load for vehicle control; and a detection device that detects a voltage of the battery, wherein in a case where the engine is restarted by using the starter motor from an automatically stopped state where the engine is automatically stopped, the detection device controls the DC/DC converter to start in a case where the voltage of the battery becomes equal to or less than a threshold value during a period from stoppage of the engine to start of the starter motor; the threshold value is a voltage value that is lower than an output voltage of the operating alternator and characterized in that said threshold value is higher than a voltage of the fully-charged battery
An anti-HIV antibody, wherein said antibody is PG9 having a heavy chain comprising the amino acid sequence of SEQ ID NO: 39 and a light chain comprising the amino acid sequence of SEQ ID NO: 40.
Household refrigerator having a carcass, in which a receiving compartment (3, 4) is embodied, and having a closure element (5, 6), which is arranged movably on the carcass, wherein a recessed grip is arranged in a narrow side (8, 9, 10, 11) of the closure element (5, 6), wherein a front boundary wall of the recessed grip and a recessed base wall of the recessed grip and a rear boundary wall of the recessed grip are embodied in one piece, wherein the narrow side (8, 9, 10, 11) is formed by an edge cover, and the recessed handle is embodied in one piece with the edge cover, wherein a front side of the closure element (5, 6) is formed by a front cover so that an outer shell of the closure element (5, 6) is provided by the front cover and an interior space of the closure element (5, 6) is covered at the front, and wherein the recessed base wall of the recessed handle, which forms a contact surface for fingers, is embodied completely in a straight line in a plane at right angles to a longitudinal extent of the narrow side (8, 9, 10, 11) and is embodied to slope downward in the depth direction (z) of the closure element (5, 6) so that a rear end of the recessed base wall, viewed in the depth direction (z) of the closure element (5, 6), is distanced further from a recessed entrance of the recessed grip than a front end of the recessed base wall, viewed in the depth direction (z) of the closure element (5, 6), wherein the recessed base wall is inclined at an inner angle (α4) of between 5° and 45°, in particular between 15°and 40°, with respect to the depth direction (z), characterised in that the edge cover and the front cover are embodied in one piece.
A vaccine for use in the treatment of amyotrophic lateral sclerosis comprising a non-encephalitogenic Th1 adjuvant as a sole active ingredient, wherein the vaccine is to be administered to thereby activate the choroid plexus of a mammal and maintain said activation by reducing immunosuppression and establishing Th1-type immune response at the choroid plexus thus allowing either anti-inflammatory immune cells or immune cells which acquire a healing phenotype at the cerebrospinal fluid, to pass through the choroid plexus, and accumulate at a site of damage in the CNS caused by said ALS, and the non-encephalitogenic Th1 adjuvant is selected from an agonist of TLR3, 4, 5, 7, 8 and 9.
External rack of a flexographic printing machine for determining printing process data, a communication device which passes on the printing process data from a sensor device to the flexographic printing machine being provided, characterized in that the rack comprises an inking device, an anilox roll and a format cylinder, wherein the inking device is loaded with a special test ink to be transferred to the surface of the anilox roll, wherein the format cylinder is suitable to receive test ink from the anilox roll in a contact area, wherein the sensor device, by means of which printing process data about the change in the ink film within a zone on the anilox roll can be recorded as a function of the working distance between anilox roll and format cylinder, is placed downstream of the contact area in the inking transport direction and upstream of the inking device.
A device for moving gates sliding along curved trajectories, comprising: - a movable pillar, comprising support means (3, 4, 5, 6, 21, 22) for a gate; - guide means (7, 8, M) associatable with said gate, adapted to cooperate with said support means (3, 4, 5, 6, 21, 22); - a base for said movable pillar; - a motor assembly with reversing rotation, associated with said movable pillar; - an electronic control unit, wherein: - said support means comprise first and second idle rollers (5, 6) rotatably associated with first and second overhanging arms (3, 4) provided on that movable pillar; - said guide means comprise first and second rectilinear guides (7, 8) provided on said gate, adapted to house said first and second idle rollers (5, 6); characterized in that: - said second rectilinear guide comprises a rectilinear rack, adapted to be connected mechanically to a pinion driven by the motor assembly; - said base comprises a slide slidably movable along a rectilinear rail of said base; - said device comprises further a curvilinear rail fixed to the ground, along which said gate is slidable, and connecting kinematic means (17, 18), arranged between said movable pillar and said slide, adapted to allow rotation of said movable pillar on said slide, wherein the actuation of said motor assembly by means of said control unit determines the roto-translation of said movable pillar and the simultaneous reversible movement of said gate along said curvilinear rail, shifting from a closing position to an open position and vice versa. - a movable pillar, comprising support means (3, 4, 5, 6, 21, 22) for a gate; - guide means (7, 8, M) associatable with said gate, adapted to cooperate with said support means (3, 4, 5, 6, 21, 22); - a base for said movable pillar; - a motor assembly with reversing rotation, associated with said movable pillar; - an electronic control unit, - said support means comprise first and second idle rollers (5, 6) rotatably associated with first and second overhanging arms (3, 4) provided on that movable pillar; - said guide means comprise first and second rectilinear guides (7, 8) provided on said gate, adapted to house said first and second idle rollers (5, 6); - said second rectilinear guide comprises a rectilinear rack, adapted to be connected mechanically to a pinion driven by the motor assembly; - said base comprises a slide slidably movable along a rectilinear rail of said base; - said device comprises further a curvilinear rail fixed to the ground, along which said gate is slidable, and connecting kinematic means (17, 18), arranged between said movable pillar and said slide, adapted to allow rotation of said movable pillar on said slide,