mhurhangee/patent-ind-claim-en huggingface dataset:
A current sensor comprising: a casing including a pair of arms extending in the same direction and a connecting portion connecting the arms ; a plurality of magneto-electric transducers (31a-31h) accommodated in the casing, the magneto-electric transducers (31a-31h) being arranged along a circumference of a virtual ellipse (E) having a first axis and a second axis, the first axis being one of a major axis and a minor axis of the virtual ellipse (E) extending between and parallel to the arms , and the second axis being the other of the major axis and the minor axis; and a fixing mechanism configured to hold a current wire between the arms such that the current wire is displaced in a first direction for different diameters of the current wire , characterized in that the first direction is angled at a predetermined oblique angle (θ) from the first axis toward one of the arms . a casing including a pair of arms extending in the same direction and a connecting portion connecting the arms ; a plurality of magneto-electric transducers (31a-31h) accommodated in the casing, the magneto-electric transducers (31a-31h) being arranged along a circumference of a virtual ellipse (E) having a first axis and a second axis, the first axis being one of a major axis and a minor axis of the virtual ellipse (E) extending between and parallel to the arms , and the second axis being the other of the major axis and the minor axis; and a fixing mechanism configured to hold a current wire between the arms such that the current wire is displaced in a first direction for different diameters of the current wire , characterized in that the first direction is angled at a predetermined oblique angle (θ) from the first axis toward one of the arms .
A medical device comprising: a sensing unit configured to monitor an electrogram (EGM) signal; a primary sensing channel configured to apply a primary threshold to the EGM signal to detect sense events within the EGM signal, the device being characterised by comprising: a processor configured to detect at least one of bradycardia or asystole based on intervals between sense events detected by the primary sensing channel; a secondary sensing channel configured to apply a secondary threshold, more sensitive than the primary threshold, to the EGM signal to detect under-sensed events within the EGM signal, responsive to the processor detecting at least one of bradychardia or asystole from the primary sensor channel; and wherein the processor is configured to determine whether the detected bradycardia or asystole is false based on detection of under-sensed events by the secondary sensing threshold and intervals between sense events detected by the secondary sensing channel. a sensing unit configured to monitor an electrogram (EGM) signal; a primary sensing channel configured to apply a primary threshold to the EGM signal to detect sense events within the EGM signal, the device being characterised by comprising: a processor configured to detect at least one of bradycardia or asystole based on intervals between sense events detected by the primary sensing channel; a secondary sensing channel configured to apply a secondary threshold, more sensitive than the primary threshold, to the EGM signal to detect under-sensed events within the EGM signal, responsive to the processor detecting at least one of bradychardia or asystole from the primary sensor channel; and wherein the processor is configured to determine whether the detected bradycardia or asystole is false based on detection of under-sensed events by the secondary sensing threshold and intervals between sense events detected by the secondary sensing channel.
Sensor apparatus for the detection of at least one property of a fluid medium, comprising at least one first sensor element for the detection of the at least one property, the first sensor element having at least one first membrane , further comprising at least one housing with at least one first receptacle , the first sensor element being received at least partially in the first receptacle , further comprising at least one first sealing element , the first sealing element being arranged between the first sensor element and the housing and being configured for sealing the first sensor element against the housing , and further comprising a prestressing element , the prestressing element being configured for prestressing the first sensor element against the first sealing element , characterized in that the first sensor element and the prestressing element are connected to one another in an integrally joined manner.
A pants-type disposable diaper which has a waist opening at an upper end and a pair of leg openings on a lower part, comprising: an outer covering sheet which is folded in a middle part lying between a front part and a back part , said front part and said back part being to be positioned on a front side and a back side of a wearer, left and right ends of said front part being bonded to left and right ends of said back part , respectively, to form a waist opening at upper ends of said front part and said back part and form a pair of leg openings under said front part and said back part , said pair of leg openings lying in left and right of said middle part ; an absorbent body which is attached on said outer covering sheet to absorb excrement from said wearer, said absorbent body lying from said front part to said back part ; and a sheet member having a strip-like shape which extends along an edge of upper end in one part of said front part and said back part and wherein a whole surface of the sheet member is bonded on an inner surface of said outer covering sheet and said absorbent body in said one part, one end portion of said absorbent body being fixed between said sheet member and said outer covering sheet ; wherein said outer covering sheet and said sheet member are formed of nonwoven fabrics, and a fiber orientation of nonwoven fabric in said sheet member is orthogonal to said edge of upper end. an outer covering sheet which is folded in a middle part lying between a front part and a back part , said front part and said back part being to be positioned on a front side and a back side of a wearer, left and right ends of said front part being bonded to left and right ends of said back part , respectively, to form a waist opening at upper ends of said front part and said back part and form a pair of leg openings under said front part and said back part , said pair of leg openings lying in left and right of said middle part ; an absorbent body which is attached on said outer covering sheet to absorb excrement from said wearer, said absorbent body lying from said front part to said back part ; and a sheet member having a strip-like shape which extends along an edge of upper end in one part of said front part and said back part and wherein a whole surface of the sheet member is bonded on an inner surface of said outer covering sheet and said absorbent body in said one part, one end portion of said absorbent body being fixed between said sheet member and said outer covering sheet ; wherein said outer covering sheet and said sheet member are formed of nonwoven fabrics, and a fiber orientation of nonwoven fabric in said sheet member is orthogonal to said edge of upper end.
An electric circuit breaker device wherein: in a housing made of a synthetic resin, an igniter , a bar-shaped projectile made of a synthetic resin, and a conductor piece to form a part of an electric circuit are disposed in this order from a first end side of the housing to an axially opposite second end side of the housing ; an insulating space is formed between the second end of the housing and the conductor piece ; the conductor piece is a plate piece comprising a first connection portion and a second connection portion at opposite ends and an intermediate cutting portion , with a surface of the cutting portion being disposed orthogonal to the axial direction of the housing ; the bar-shaped projectile is disposed to oppose the surface of the cutting portion of the conductor piece in the axial direction of the housing ; a cylinder is disposed between the bar-shaped projectile and an inner wall surface of the housing ; and a discharge path for combustion products generated by actuation of the igniter is provided between the insulating space and the second end of the housing ; characterized in that a reinforcing frame is further disposed within the housing outside of the cylinder and the insulating space , and the reinforcing frame is embedded in the housing or partially exposed on the surface of the housing . an igniter , a bar-shaped projectile made of a synthetic resin, and a conductor piece to form a part of an electric circuit are disposed in this order from a first end side of the housing to an axially opposite second end side of the housing ; an insulating space is formed between the second end of the housing and the conductor piece ; the conductor piece is a plate piece comprising a first connection portion and a second connection portion at opposite ends and an intermediate cutting portion , with a surface of the cutting portion being disposed orthogonal to the axial direction of the housing ; the bar-shaped projectile is disposed to oppose the surface of the cutting portion of the conductor piece in the axial direction of the housing ; a cylinder is disposed between the bar-shaped projectile and an inner wall surface of the housing ; and a discharge path for combustion products generated by actuation of the igniter is provided between the insulating space and the second end of the housing ; characterized in that a reinforcing frame is further disposed within the housing outside of the cylinder and the insulating space , and the reinforcing frame is embedded in the housing or partially exposed on the surface of the housing .
A detection device, comprising: - a photodetector configured to transform an electromagnetic signal into a representative electric signal, - an amplifier having a first input terminal connected to a first terminal of the photodetector , - an integration capacitor (C int ) connected to the output terminal of the amplifier and to the first input terminal of the amplifier , - a first voltage source configured to deliver a reference voltage (V ref ) to a second input terminal of the amplifier , - a second voltage source configured to deliver a detector voltage (V det ) to a second terminal of the photodetector , detection device characterized in that the first and second voltage sources (V ref , V det ) are correlated so as to correlate the noise components, wherein the amplifier is unbalanced so that the voltage on the first input terminal of the amplifier is offset from the voltage on the second input terminal of the amplifier by a voltage difference at least equal to 20mV and/or wherein the first voltage source and the second voltage source are formed by means of an initial voltage source supplying a resistive bridge delivering the reference voltage (V ref ) and the detector voltage (V det ) different from the reference voltage (V ref ). - a photodetector configured to transform an electromagnetic signal into a representative electric signal, - an amplifier having a first input terminal connected to a first terminal of the photodetector , - an integration capacitor (C int ) connected to the output terminal of the amplifier and to the first input terminal of the amplifier , - a first voltage source configured to deliver a reference voltage (V ref ) to a second input terminal of the amplifier , - a second voltage source configured to deliver a detector voltage (V det ) to a second terminal of the photodetector , detection device characterized in that the first and second voltage sources (V ref , V det ) are correlated so as to correlate the noise components, wherein the amplifier is unbalanced so that the voltage on the first input terminal of the amplifier is offset from the voltage on the second input terminal of the amplifier by a voltage difference at least equal to 20mV and/or wherein the first voltage source and the second voltage source are formed by means of an initial voltage source supplying a resistive bridge delivering the reference voltage (V ref ) and the detector voltage (V det ) different from the reference voltage (V ref ).
A drive system for a pumping apparatus comprising: a first housing defining an internal pressure chamber ; wherein the internal pressure chamber is configured to be filled with and charged by a working fluid; a reciprocating member disposed within the first housing ; a first pulling member attached to the reciprocating member and to a first fluid displacement member , the first pulling member configured to draw the first fluid displacement member through a suction stroke and to not exert a pushing force on the fluid displacement member during a pressure stroke of the fluid displacement member , characterized in that the first pulling member is movable relative to the reciprocating member. a first housing defining an internal pressure chamber ; wherein the internal pressure chamber is configured to be filled with and charged by a working fluid; a reciprocating member disposed within the first housing ; a first pulling member attached to the reciprocating member and to a first fluid displacement member , the first pulling member configured to draw the first fluid displacement member through a suction stroke and to not exert a pushing force on the fluid displacement member during a pressure stroke of the fluid displacement member , characterized in that the first pulling member is movable relative to the reciprocating member.
A solid state biological reaction device comprising a main tank , wherein the device further comprises a support for supporting the main tank , the support is a carrier vehicle, the carrier vehicle comprises a base and a pillar , a wheel is provided at the junction of the base and the pillar , and the base and the pillar as a whole may revolve around the axle of the wheel , enabling space attitude change of the main tank between a horizontal position and a vertical position, wherein the main tank may rotate at the horizontal position and may be used for stationary culture at the vertical position.
A method of making a Cr containing steel pipe for linepipe, which steel pipe has a chemical composition consisting of, by mass%, C: 0.001% to 0.010%, Si: 0.05% to 0.50%, Mn: 0.10% to 2.0%, P: 0.020% or less, S: 0.010% or less, Al: 0.001% to 0.10%, Cr: more than 14% and less than 15%, Ni: 2.0% to 5.0%, Mo: 1.5% to 3.5%, V: 0.001% to 0.20%, N: 0.015% or less, optionally at least one selected from Cu: 0.01% to 3.5%, W: 0.01% to 3.5%, Ti: 0.01% to 0.20%, Nb: 0.01% to 0.20%, Zr: 0.01% to 0.20%, Ca: 0.0005% to 0.0100% and REM: 0.0005% to 0.0100%, and the balance being Fe and inevitable impurities, under the condition that P 1 defined by equation below is 11.5 to 13.3 and that P 2 defined by equation below is 0 or more, and in which method a microstructure in a welded heat affected zone, which when welding is performed is subjected to heating up to a temperature range for forming ferrite single phase of 1300°C or higher and to cooling, is formed by said welding such that 50% or more of prior-ferrite grain boundaries, in a ratio with respect to the total length of the prior-ferrite grain boundaries, is occupied by martensite phase, P 1 = Cr + Mo + 0.4 W + 0.3 Si − 43.5 C − 0.4 Mn − Ni − 0.3 Cu − 9 N P 2 = 0.5 Cr + 5.0 − P 1 where Cr, Mo, W, Si, C, Mn, Ni, Cu, N: the contents in mass% of the chemical elements represented respectively by the corresponding atomic symbols.
Device for twisting pieces of dough , comprising: a conveyor configured to convey pieces of dough in a production direction (P), at least one holding belt arranged above the conveyor and configured to engage with a first portion of a piece of dough arranged on the conveyor , and a turning device configured to turn a turning portion of the piece of dough relative to the first portion and upwardly while the holding belt engages with the first portion of the piece of dough , characterized in that the turning device comprises at least one hook pivotally arranged above the conveyor , wherein the hook comprises an engagement portion configured to engage a piece of dough conveyed on the conveyor . a conveyor configured to convey pieces of dough in a production direction (P), at least one holding belt arranged above the conveyor and configured to engage with a first portion of a piece of dough arranged on the conveyor , and a turning device configured to turn a turning portion of the piece of dough relative to the first portion and upwardly while the holding belt engages with the first portion of the piece of dough , characterized in that the turning device comprises at least one hook pivotally arranged above the conveyor , wherein the hook comprises an engagement portion configured to engage a piece of dough conveyed on the conveyor .
A panel audio loudspeaker, comprising: a panel ; and an actuator rigidly coupled to a surface of the panel , the actuator comprising: a magnet assembly, the magnet assembly comprising a permanent magnet arranged within a cup , wherein an air gap exists between sidewalls of the cup and the permanent magnet; and a coil (340; 640) rigidly coupled to the panel , the coil comprising a length of an electrically conducting wire wound in a coil and extending along an axis, the coil comprising a first region (410; 620) having a first winding density and a second region (420; 630) having a second winding density higher than the first winding density, the second region at least partially extending into the air gap of the magnet assembly, and wherein the coil has a greater mechanical compliance in the first region than the second region. a panel ; and an actuator rigidly coupled to a surface of the panel , the actuator comprising: a magnet assembly, the magnet assembly comprising a permanent magnet arranged within a cup , wherein an air gap exists between sidewalls of the cup and the permanent magnet; and a coil (340; 640) rigidly coupled to the panel , the coil comprising a length of an electrically conducting wire wound in a coil and extending along an axis, the coil comprising a first region (410; 620) having a first winding density and a second region (420; 630) having a second winding density higher than the first winding density, the second region at least partially extending into the air gap of the magnet assembly, and wherein the coil has a greater mechanical compliance in the first region than the second region. a magnet assembly, the magnet assembly comprising a permanent magnet arranged within a cup , wherein an air gap exists between sidewalls of the cup and the permanent magnet; and a coil (340; 640) rigidly coupled to the panel , the coil comprising a length of an electrically conducting wire wound in a coil and extending along an axis, the coil comprising a first region (410; 620) having a first winding density and a second region (420; 630) having a second winding density higher than the first winding density, the second region at least partially extending into the air gap of the magnet assembly, and wherein the coil has a greater mechanical compliance in the first region than the second region.
An apparatus for rendering three-dimensional, 3D, media content, the apparatus comprising: a communication interface configured to receive a multimedia stream; and one or more processors operably coupled to the communication interface, the one or more processors configured to: parse the multimedia stream into 2D video bitstreams including geometry frames and texture frames, 2D to 3D conversion metadata for rendering 3D points from 2D frames, and 3D scene representation metadata including a tree structured logical model describing a 3D scene for a render module by describing 6 degree of freedom, 6DoF, spatio-temporal relationships among objects in a 6DoF scene using a list of scene description fragments, wherein each scene description fragment corresponds to a particular node of the tree structured logical model; decode the 2D video streams including geometry data and texture data to generate 2D pixel data; convert the 2D pixel data into 3D voxel data using the 2D to 3D conversion metadata; and generate the 6DoF scene from 3D voxel data using the 3D scene representation metadata. a communication interface configured to receive a multimedia stream; and one or more processors operably coupled to the communication interface, the one or more processors configured to: parse the multimedia stream into 2D video bitstreams including geometry frames and texture frames, 2D to 3D conversion metadata for rendering 3D points from 2D frames, and 3D scene representation metadata including a tree structured logical model describing a 3D scene for a render module by describing 6 degree of freedom, 6DoF, spatio-temporal relationships among objects in a 6DoF scene using a list of scene description fragments, wherein each scene description fragment corresponds to a particular node of the tree structured logical model; decode the 2D video streams including geometry data and texture data to generate 2D pixel data; convert the 2D pixel data into 3D voxel data using the 2D to 3D conversion metadata; and generate the 6DoF scene from 3D voxel data using the 3D scene representation metadata. parse the multimedia stream into 2D video bitstreams including geometry frames and texture frames, 2D to 3D conversion metadata for rendering 3D points from 2D frames, and 3D scene representation metadata including a tree structured logical model describing a 3D scene for a render module by describing 6 degree of freedom, 6DoF, spatio-temporal relationships among objects in a 6DoF scene using a list of scene description fragments, wherein each scene description fragment corresponds to a particular node of the tree structured logical model; decode the 2D video streams including geometry data and texture data to generate 2D pixel data; convert the 2D pixel data into 3D voxel data using the 2D to 3D conversion metadata; and generate the 6DoF scene from 3D voxel data using the 3D scene representation metadata.