mhurhangee/patent-ind-claim-en huggingface dataset:
Method for validating a continuously measuring, non-invasive blood pressure measuring system equipped with a plethysmographic system which is suitable for obtaining - in a measuring phase - a plethysmographic signal v(t) at an extremity , • wherein the signal v(t) from the plethysmographic system, having at least one light source and at least one light detector , is fed to a control mechanism which changes the contact pressure pc(t) of the blood pressure measuring system at the extremity via a contol value u(t), • wherein based on the resulting contact pressure pc(t) the arterial blood pressure curve p A (t) is continuously determined, characterised in • that - in a validation or test phase - a signal derived from a previously recorded blood pressure curve is fed into the blood pressure measuring system via a coupling interface , wherein the light intensity of at least one light source is modulated based on the previously recorded blood pressure curve, and • that an output signal from a simulation module is fed to the coupling interface , to which a blood pressure curve recorded on a storage medium and the contact pressure pc(t) of the blood pressure measuring system are fed as input signals, wherein a simulated, continuous blood pressure curve is determined by the blood pressure measuring system . • wherein the signal v(t) from the plethysmographic system, having at least one light source and at least one light detector , is fed to a control mechanism which changes the contact pressure pc(t) of the blood pressure measuring system at the extremity via a contol value u(t), • wherein based on the resulting contact pressure pc(t) the arterial blood pressure curve p A (t) is continuously determined, • that - in a validation or test phase - a signal derived from a previously recorded blood pressure curve is fed into the blood pressure measuring system via a coupling interface , wherein the light intensity of at least one light source is modulated based on the previously recorded blood pressure curve, and • that an output signal from a simulation module is fed to the coupling interface , to which a blood pressure curve recorded on a storage medium and the contact pressure pc(t) of the blood pressure measuring system are fed as input signals, wherein a simulated, continuous blood pressure curve is determined by the blood pressure measuring system .
A transmission module for transmitting torques comprises a base , a first drive shaft rotatable about a first axis (L1), a second drive shaft parallel thereto rotatable about a second axis (L2), a first output shaft and a second output shaft , both of which are rotatable about a common third axis (L3), wherein the axes (L1;L2) of the drive shafts (2;7) are arranged parallel to the axis (L3) of the output shafts (5;8), a gear unit , wherein the two drive shafts (2;7), the gear unit and the first output shaft are rotatably supported in the base and wherein the second output shaft is rotatably supported in the first output shaft , characterized in that the gear unit is designed in such a way that a synchronous rotary movement of the two output shafts (5;8) can be effected by a rotary movement of the first drive shaft and in that a relative rotary movement of the two output shafts (5;8) can be effected by a rotary movement of the second drive shaft . a base , a first drive shaft rotatable about a first axis (L1), a second drive shaft parallel thereto rotatable about a second axis (L2), a first output shaft and a second output shaft , both of which are rotatable about a common third axis (L3), wherein the axes (L1;L2) of the drive shafts (2;7) are arranged parallel to the axis (L3) of the output shafts (5;8), a gear unit , wherein the two drive shafts (2;7), the gear unit and the first output shaft are rotatably supported in the base and wherein the second output shaft is rotatably supported in the first output shaft , characterized in that the gear unit is designed in such a way that a synchronous rotary movement of the two output shafts (5;8) can be effected by a rotary movement of the first drive shaft and in that a relative rotary movement of the two output shafts (5;8) can be effected by a rotary movement of the second drive shaft .
A locking device assembly extending along a main axis (X) and comprising: - a nut comprising first and second coaxial, oppositely directed internal threads; and - a ring ; an inner surface of said ring comprising a third internal thread ; the first and third internal threads being adapted to mate with a single first external thread ; an outer surface of said ring comprising a second external thread adapted to mate with the second internal thread of the nut; characterised in that : - a portion of the ring, projecting radially outwards from the second external thread , comprises at least through light passing through it along the main axis (X); and - a surface of the nut, perpendicular to the main axis, comprises at least one visual marking , said at least one visual marking being configured to face the at least one light when the nut and ring are in an installation position, and away from said at least one hole when the nut and ring are out of said installation position. - a nut comprising first and second coaxial, oppositely directed internal threads; and - a ring ; an inner surface of said ring comprising a third internal thread ; the first and third internal threads being adapted to mate with a single first external thread ; an outer surface of said ring comprising a second external thread adapted to mate with the second internal thread of the nut; characterised in that : - a portion of the ring, projecting radially outwards from the second external thread , comprises at least through light passing through it along the main axis (X); and - a surface of the nut, perpendicular to the main axis, comprises at least one visual marking , - a portion of the ring, projecting radially outwards from the second external thread , comprises at least through light passing through it along the main axis (X); and - a surface of the nut, perpendicular to the main axis, comprises at least one visual marking , said at least one visual marking being configured to face the at least one light when the nut and ring are in an installation position, and away from said at least one hole when the nut and ring are out of said installation position.
A method of electroporating a mammalian cell, the method comprising the steps of: flowing a suspension of mammalian cells in a conductive physiological buffer to be electroporated into a flow channel; exposing the suspension of mammalian cells in the flow channel to an electric field having a strength of 2.1 kV/cm that is applied in four pulses, each pulse having a duration of 0.4 ms, for a total duration of 1.6 ms; and flowing the suspension of mammalian cells out of the flow channel. flowing a suspension of mammalian cells in a conductive physiological buffer to be electroporated into a flow channel; exposing the suspension of mammalian cells in the flow channel to an electric field having a strength of 2.1 kV/cm that is applied in four pulses, each pulse having a duration of 0.4 ms, for a total duration of 1.6 ms; and flowing the suspension of mammalian cells out of the flow channel.
Air outlet of a nacelle for a bypass turbojet engine , said turbojet engine extending along a longitudinal axis (X) and comprising a radially inner primary flow path and a radially outer secondary flow path wherein circulates a secondary air flow (F2) from upstream to downstream during a thrust phase (P1) and a reverse air flow (F-INV) from downstream to upstream during a reverse thrust phase (P2), said nacelle forming a revolution around the longitudinal axis (X) of the turbojet engine and comprising at its downstream end the air outlet , said air outlet comprising a downstream inner wall , turned towards the longitudinal axis (X) and configured to externally delimit the secondary flow path and to guide the secondary air flow (F2) and the reverse air flow (F-INV), and a downstream outer wall , opposite to the downstream inner wall and configured to guide an outer air flow (F-EXT) circulating from upstream to downstream, said downstream inner wall and said downstream outer wall being connected together downstream by a trailing edge , air outlet characterized by the fact that it comprises a straightening device comprising a plurality of flaps mounted on the trailing edge and extending projecting downstream, each flap being mounted along a pivoting axis (X9, X9') forming with respect to the longitudinal axis (X) an angle of convergence (β) comprised between 0° and 45° in a radial plane, each flap being pivotably mounted between: - a closed position (F), wherein each flap extends along the pivoting axis (X9, X9') in the aerodynamic extension of the trailing edge to facilitate the thrust phase (P1), and - at least one deployed position (D), wherein each flap extends in a deployed plane forming an angle of deployment (α) with respect to the closed position (F) around the pivoting axis (X9, X9'), said angle of deployment (α) being greater than 20°, in order to straighten the reverse air flow (F-INV) admitted into the air outlet , so as to facilitate the reverse thrust phase (P2). - a closed position (F), wherein each flap extends along the pivoting axis (X9, X9') in the aerodynamic extension of the trailing edge to facilitate the thrust phase (P1), and - at least one deployed position (D), wherein each flap extends in a deployed plane forming an angle of deployment (α) with respect to the closed position (F) around the pivoting axis (X9, X9'), said angle of deployment (α) being greater than 20°, in order to straighten the reverse air flow (F-INV) admitted into the air outlet , so as to facilitate the reverse thrust phase (P2).
A cutting tool , which is a turning insert, a milling insert, or an endmill, comprising a supporting body and a cBN, or PCD, cutting edge tip , wherein the cBN, or PCD, cutting edge tip is attached to the supporting body via a 5-150 μm thick braze joint , the supporting body is of cemented carbide comprising 3-25 wt% of a metallic binder, optionally up to 25 wt% of carbides or carbonitrides of one or more elements of group 4, 5, or 6 in the periodic table of elements, and rest WC, wherein the metallic binder comprises at least 40 wt% Ni and 10-20 wt% Fe, and wherein said braze joint comprises, in the order from the supporting body, a first layer of TiC situated next to the supporting body with an average thickness of 10-400 nm, a second layer , with an average thickness of 0.5-8 μm, comprising in average at least 5 wt% metallic Ni, in average 25-60 wt% metallic Cu and in average 15-45 wt% metallic Ti, and a third layer , with an average thickness of 4-145 μm, comprising metallic Ag and metallic Cu, the layered structure of the braze joint is analysed by wave-length dispersive spectroscopy (WDS) using electron probe microanalyzer (EPMA) and the content of a certain element in a layer is analysed by using energy dispersive X-ray spectroscopy (EDS) equipped in an EPMA.
A manufacturing process for producing a smooth-sided strand-based product, comprising the steps of: blending cellulosic strands with one or more additives or chemicals; forming a mat from said cellulosic strands; and applying heat and pressure to the mat in a primary pressing process to form a board; characterized in that the manufacturing process comprises: trimming the board to form a master blank; while the master blank is still hot from the primary pressing process, and prior to application of one or more overlays to a surface of the master blank, applying a water-based spray to the surface of the master blank; storing the master blank for a settling period sufficient to allow the surface to pre-telegraph, i.e. to swell; after the settling period, sanding the surface; applying one or more overlays to the surface; and applying heat and pressure to the master blank in a secondary pressing process to adhere the one or more overlays to the surface of the master blank. blending cellulosic strands with one or more additives or chemicals; forming a mat from said cellulosic strands; and applying heat and pressure to the mat in a primary pressing process to form a board; trimming the board to form a master blank; while the master blank is still hot from the primary pressing process, and prior to application of one or more overlays to a surface of the master blank, applying a water-based spray to the surface of the master blank; storing the master blank for a settling period sufficient to allow the surface to pre-telegraph, i.e. to swell; after the settling period, sanding the surface; applying one or more overlays to the surface; and applying heat and pressure to the master blank in a secondary pressing process to adhere the one or more overlays to the surface of the master blank.
An intelligent electronic device, lED (A1 - A2, B1 - B3, C1 - C6), comprising: a processing system ; and a storage system coupled to the processing system, the storage system storing instructions thereon that, when executed by the processing system, cause the lED to: capture energy-related signals at the IED; detect occurrence of an alarm event based on the energy-related signals; receive a communication from another lED containing information about an alarm event detected by the other IED; confirm whether the alarm event detected by the lED and the alarm event detected by the other lED relate to a shared alarm event or are overlapping alarm events; characterized in that the lED is also caused to: perform an arbitration procedure in response to confirmation that the alarm event detected by the lED and the alarm event detected by the other lED relate to a shared alarm event or are overlapping alarm events, the arbitration procedure determining which IED owns the shared alarm event or the overlapping alarm event; aggregate information about the shared alarm event or the overlapping alarm events in response to a determination that the lED owns the shared alarm event or the overlapping alarm events, the information including identification information for at least the lED and the other IED; and send a report containing the aggregated information about the shared alarm event or the overlapping alarm events to a monitor and control system. a processing system ; and a storage system coupled to the processing system, the storage system storing instructions thereon that, when executed by the processing system, cause the lED to: capture energy-related signals at the IED; detect occurrence of an alarm event based on the energy-related signals; receive a communication from another lED containing information about an alarm event detected by the other IED; confirm whether the alarm event detected by the lED and the alarm event detected by the other lED relate to a shared alarm event or are overlapping alarm events; characterized in that the lED is also caused to: perform an arbitration procedure in response to confirmation that the alarm event detected by the lED and the alarm event detected by the other lED relate to a shared alarm event or are overlapping alarm events, the arbitration procedure determining which IED owns the shared alarm event or the overlapping alarm event; aggregate information about the shared alarm event or the overlapping alarm events in response to a determination that the lED owns the shared alarm event or the overlapping alarm events, the information including identification information for at least the lED and the other IED; and send a report containing the aggregated information about the shared alarm event or the overlapping alarm events to a monitor and control system.
A production method of an angular battery characterized by comprising : an angular tube-shaped metal container having a bottom; a positive electrode and a negative electrode accommodated in the container ; a lid placed on an opening part of the container ; and a terminal fixed to the lid by caulking and connected to the positive electrode or the negative electrode electrically, wherein the lid comprises a bottom placed in the opening part of the container , and a flange located above the bottom and protruding outward beyond the bottom , the method comprising: placing the bottom of the lid in the opening part of the container accommodating the positive electrode and the negative electrode, and placing the flange of the lid on an upper end of a side wall of the container , the lid comprising a through hole in which the terminal is fixed by caulking, and the bottom of the lid comprising depressions at a part corresponding to the through hole on both sides in a long side direction of the lid ; and irradiating a laser from a direction vertical to a surface at which the flange of the lid is overlaid on the upper end of the side wall of the container to weld the flange of the lid to the upper end of a side wall of the container by laser welding.
Normally closed high electron mobility heterojunction transistor , comprising: - a first GaN layer ; - a second, p-doped GaN layer formed on top of the first GaN layer, this second GaN layer including magnesium forming a p-type dopant, the concentration of magnesium in the second GaN layer being at least equal to 5 * 10 16 cm -3 and at most equal to 2 * 10 18 cm -3 , the thickness of said second GaN layer being between 20 and 50 nm; - a third, n-doped GaN layer formed on top of the second GaN layer so as to form a fully depleted p-n junction; - a fourth GaN layer , which is not intentionally doped, formed on top of the third GaN layer; - a semiconductor layer formed plumb with the fourth GaN layer, which is not intentionally doped, in order to form an electron gas layer at the interface between the semiconductor layer and the fourth GaN layer ; - a control gate formed on the semiconductor layer . - a first GaN layer ; - a second, p-doped GaN layer formed on top of the first GaN layer, this second GaN layer including magnesium forming a p-type dopant, the concentration of magnesium in the second GaN layer being at least equal to 5 * 10 16 cm -3 and at most equal to 2 * 10 18 cm -3 , the thickness of said second GaN layer being between 20 and 50 nm; - a third, n-doped GaN layer formed on top of the second GaN layer so as to form a fully depleted p-n junction; - a fourth GaN layer , which is not intentionally doped, formed on top of the third GaN layer; - a semiconductor layer formed plumb with the fourth GaN layer, which is not intentionally doped, in order to form an electron gas layer at the interface between the semiconductor layer and the fourth GaN layer ; - a control gate formed on the semiconductor layer .
A method performed by a measurement device with more than one receiver beam; the method comprises: - receiving , via higher layer signalling, information on resources or resource sets of one or more transmission devices transmitting one or more beam signals associated with said resources or resource sets; - performing channel measurements of the one or more beam signals, per receiver beam of the measurement device; characterized in that the method further comprises: - storing , over at least one time frame, the channel measurements into measurement groups, where each measurement group corresponds to the channel measurements performed using the same receiver beam of the measurement device; wherein the receiver beam used for the channel measurements for a measurement group, is different from a receiver beam used for the channel measurements for another measurement group, - correlating the measurements of each measurement group with reference data for each available time frame individually; - reporting the measurement groups to a network node for enabling the network node to use the measurement groups, to determine the location of the measurement device. - receiving , via higher layer signalling, information on resources or resource sets of one or more transmission devices transmitting one or more beam signals associated with said resources or resource sets; - performing channel measurements of the one or more beam signals, per receiver beam of the measurement device; characterized in that the method further comprises: - storing , over at least one time frame, the channel measurements into measurement groups, where each measurement group corresponds to the channel measurements performed using the same receiver beam of the measurement device; wherein the receiver beam used for the channel measurements for a measurement group, is different from a receiver beam used for the channel measurements for another measurement group, - correlating the measurements of each measurement group with reference data for each available time frame individually; - reporting the measurement groups to a network node for enabling the network node to use the measurement groups, to determine the location of the measurement device.
A light emitting device comprising: a light source (31; 41) adapted to emit light; a collimator (32; 42) adapted to collimate the light emitted from the light source (31; 41); and an optical element (33; 43) having a plurality of lenses (331; 431) adapted to make the light having passed through the collimator (32; 42) wide-angle in a first direction which intersects with an optical axis of the light source (31; 41), characterized in that in a case of assuming the focal distance (f) of the collimator (32; 42) as f mm, an array pitch in the first direction of the plurality of lenses as P mm, a wavelength of the light from the light source as λ μm, a width in the first direction of the light source as L μm, and an angular width in the first direction of the light from the light source as W degrees, the angular width being the width of a range having intensity of no lower than 10 % of a maximum intensity of the light, the following is fulfilled: f ≤ 0.638 L λ P f ≥ 124.8 W P a light source (31; 41) adapted to emit light; a collimator (32; 42) adapted to collimate the light emitted from the light source (31; 41); and an optical element (33; 43) having a plurality of lenses (331; 431) adapted to make the light having passed through the collimator (32; 42) wide-angle in a first direction which intersects with an optical axis of the light source (31; 41), characterized in that in a case of assuming the focal distance (f) of the collimator (32; 42) as f mm, an array pitch in the first direction of the plurality of lenses as P mm, a wavelength of the light from the light source as λ μm, a width in the first direction of the light source as L μm, and an angular width in the first direction of the light from the light source as W degrees, the angular width being the width of a range having intensity of no lower than 10 % of a maximum intensity of the light, the following is fulfilled: f ≤ 0.638 L λ P f ≥ 124.8 W P
Packaging machine with a sealing station , wherein the sealing station comprises an upper part of a sealing tool with at least one dome sealing tool , wherein the dome sealing tool includes a circumferential sealing surface and a dome facing upwards into the interior of the dome sealing tool , wherein both the sealing surface and a dome surface can be heated by means of heating elements provided in the dome sealing tool , wherein a retaining element is provided between the sealing surface and the dome surface , which is configured to retain a skin film before or during thermoforming the skin film into the dome , characterized in that the retaining element is made of silicone, rubber, PEEK or elastomer.