mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement for providing information of an alignment of a catheter, the arrangement comprises: a catheter ; and a sensor arrangement comprising a first sensor and a second sensor , wherein the first and the second sensors are adapted to measure respective velocities of the fluid flow, and wherein the first and second sensors are arranged at a circumference of the catheter , wherein the first and second sensors are adapted to provide information such that an alignment of the catheter with respect to a direction of the fluid flow is determinable based on the respective velocities of the fluid flow measured by the first and second sensors, wherein the information is a measured signal and the alignment is determinable by analysing a difference between the measured signals, characterised in that the first and second sensors have a semi-circular shape, wherein the semi-circular shape has a flat part and an arc, wherein the flat parts of the first and second sensors are parallel to each other, and in that the first and the second sensor are arranged such that a sum of the two signals coming from the first and second sensors is always proportional to a flow velocity magnitude. a catheter ; and a sensor arrangement comprising a first sensor and a second sensor , wherein the first and the second sensors are adapted to measure respective velocities of the fluid flow, and wherein the first and second sensors are arranged at a circumference of the catheter , wherein the first and second sensors are adapted to provide information such that an alignment of the catheter with respect to a direction of the fluid flow is determinable based on the respective velocities of the fluid flow measured by the first and second sensors, wherein the information is a measured signal and the alignment is determinable by analysing a difference between the measured signals, characterised in that the first and second sensors have a semi-circular shape, wherein the semi-circular shape has a flat part and an arc, wherein the flat parts of the first and second sensors are parallel to each other, and in that the first and the second sensor are arranged such that a sum of the two signals coming from the first and second sensors is always proportional to a flow velocity magnitude.
Light emitting diode including at least: - a structure for emitting light at at least one first wavelength λ 1 , comprising a p-n junction in which is arranged an active zone including at least one first quantum well formed by a first emissive layer comprising In X1 Ga 1-X1 N arranged between two first barriers ; - a conversion structure configured for converting the light intended to be emitted by the emission structure into at least one second wavelength λ 2 different to the first wavelength λ 1 , arranged on the emission structure and including at least one second quantum well formed by a second In X2 Ga 1-X2 N emissive layer , arranged between two second barriers each including several first In X3 Ga 1-X3 N absorption layers separated from each other by at least one first GaN interlayer ; in which the indium concentrations X 1 , X 2 and X 3 are such that 0 < X 1 < X 2 and Eg(In X2 Ga 1-X2 N) < Eg(In X3 Ga 1-X3 N) ≤ h.c/λ 1 , with: - Eg corresponding to the gap, or to the forbidden energy gap; - h corresponding to the Planck's constant equal to around 6.63.10 -34 J·s; - c corresponding to the speed of light, equal to 299,792,458 m/s. - a structure for emitting light at at least one first wavelength λ 1 , comprising a p-n junction in which is arranged an active zone including at least one first quantum well formed by a first emissive layer comprising In X1 Ga 1-X1 N arranged between two first barriers ; - a conversion structure configured for converting the light intended to be emitted by the emission structure into at least one second wavelength λ 2 different to the first wavelength λ 1 , arranged on the emission structure and including at least one second quantum well formed by a second In X2 Ga 1-X2 N emissive layer , arranged between two second barriers each including several first In X3 Ga 1-X3 N absorption layers separated from each other by at least one first GaN interlayer ; - Eg corresponding to the gap, or to the forbidden energy gap; - h corresponding to the Planck's constant equal to around 6.63.10 -34 J·s; - c corresponding to the speed of light, equal to 299,792,458 m/s.
Locking system comprising a key and an associated lock cylinder , wherein the key has a key head and a key shaft extending away from the key head along an axial direction , wherein the key shaft has a key tip which is formed of the same material as the key shaft , wherein the key tip has an end face which is designed as a plane and is oriented orthogonally to the axial direction , wherein the end face has a height which is oriented orthogonally to the shaft longitudinal direction and is 5 to 35 percent of the height of the key shaft on the end of the key shaft facing the key head , wherein the end face is designed and intended as a contact surface for the coupling element of the lock cylinder , such that the end face , when the key is inserted, comes into contact with the coupling element and actuates said coupling element to couple the lock bit, wherein the end face is arranged on the key tip in such a way that the end face is adjacent to the flat side of the key shaft facing away from the notches of the key shaft .
A filter comprising: a plurality of acoustic wave resonators connected between an input terminal (Tin) and an output terminal (Tout) forming a ladder type filter wherein at least two of the plurality of acoustic wave resonators are series resonators and connected in series between the input terminal and the output terminal; and a cancel circuit that is connected in parallel to a series connection of the series resonators, wherein the cancel circuit comprises an acoustic wave delay line or a longitudinal coupling type resonator that has at least two interdigital transducers, IDTs; a first acoustic wave resonator or a first electrostatic capacitor that is provided on an input side of the acoustic wave delay line or the longitudinal coupling type resonator and is connected in series with the acoustic wave delay line or the longitudinal coupling type resonator ; and a second acoustic wave resonator or a second electrostatic capacitor that is provided on an output side of the acoustic wave delay line or the longitudinal coupling type resonator and is connected in series with the acoustic wave delay line or the longitudinal coupling type resonator . a plurality of acoustic wave resonators connected between an input terminal (Tin) and an output terminal (Tout) forming a ladder type filter wherein at least two of the plurality of acoustic wave resonators are series resonators and connected in series between the input terminal and the output terminal; and a cancel circuit that is connected in parallel to a series connection of the series resonators, wherein the cancel circuit comprises an acoustic wave delay line or a longitudinal coupling type resonator that has at least two interdigital transducers, IDTs; a first acoustic wave resonator or a first electrostatic capacitor that is provided on an input side of the acoustic wave delay line or the longitudinal coupling type resonator and is connected in series with the acoustic wave delay line or the longitudinal coupling type resonator ; and a second acoustic wave resonator or a second electrostatic capacitor that is provided on an output side of the acoustic wave delay line or the longitudinal coupling type resonator and is connected in series with the acoustic wave delay line or the longitudinal coupling type resonator .
A steel that has a chemical composition comprising, by mass%: 0.050% to 0.40% of C, 0.50% to 3.0% of Si, 3.0% to 8.0% of Mn, 0.001% to 3.0% of sol. Al, 0.05% or less of P, 0.01% or less of S, 0.01% or less of N, 0% to 1.0% of Ti, 0% to 1.0% of Nb, 0% to 1.0% of V, 0% to 1.0% of Cr, 0% to 1.0% of Mo, 0% to 1.0% of Cu, 0% to 1.0% of Ni, 0% to 0.01% of Ca, 0% to 0.01% of Mg, 0% to 0.01% of REM, 0% to 0.01% of Zr, 0% to 0.01% of B, 0% to 0.01% of Bi, and the remainder including Fe and impurities, wherein a metallographic structure contains 10% to 40% of austenite in terms of % by volume; an average concentration of C in the austenite is 0.30% to 0.60% by mass %; a structure uniformity, which is represented by a value obtained by subtracting the minimum value from the maximum value of Vickers hardness that is measured, in the metallographic structure is 30 Hv or less; and a tensile strength is 900 MPa to 1800 MPa; a value of a product of a tensile strength and a total elongation is 24000 MPa·% or greater; and an impact value in a Charpy test in conformity to JIS Z2242 at 0 °C is 20 J/cm 2 or greater. 0.050% to 0.40% of C, 0.50% to 3.0% of Si, 3.0% to 8.0% of Mn, 0.001% to 3.0% of sol. Al, 0.05% or less of P, 0.01% or less of S, 0.01% or less of N, 0% to 1.0% of Ti, 0% to 1.0% of Nb, 0% to 1.0% of V, 0% to 1.0% of Cr, 0% to 1.0% of Mo, 0% to 1.0% of Cu, 0% to 1.0% of Ni, 0% to 0.01% of Ca, 0% to 0.01% of Mg, 0% to 0.01% of REM, 0% to 0.01% of Zr, 0% to 0.01% of B, 0% to 0.01% of Bi, and the remainder including Fe and impurities, wherein a metallographic structure contains 10% to 40% of austenite in terms of % by volume; an average concentration of C in the austenite is 0.30% to 0.60% by mass %; a structure uniformity, which is represented by a value obtained by subtracting the minimum value from the maximum value of Vickers hardness that is measured, in the metallographic structure is 30 Hv or less; and a tensile strength is 900 MPa to 1800 MPa; a value of a product of a tensile strength and a total elongation is 24000 MPa·% or greater; and an impact value in a Charpy test in conformity to JIS Z2242 at 0 °C is 20 J/cm 2 or greater.
A closure device for closing an atrial appendage comprising an elongate body comprising a lumen therethrough; a snare loop assembly comprising a snare , a suture loop , and a retention membe releasably coupling the snare and the suture loop, wherein the snare comprises an ablating and/or abrading element comprising an electrically conductive portion configured to act as a first electrode , and an insulated portion, wherein the electrically conductive portion is positioned between a fixed end of the snare and the retention member; and a handle configured to actuate the snare loop assembly . an elongate body comprising a lumen therethrough; a snare loop assembly comprising a snare , a suture loop , and a retention membe releasably coupling the snare and the suture loop, wherein the snare comprises an ablating and/or abrading element comprising an electrically conductive portion configured to act as a first electrode , and an insulated portion, wherein the electrically conductive portion is positioned between a fixed end of the snare and the retention member; and a handle configured to actuate the snare loop assembly .
A sealant laminated composite for collectively sealing a semiconductor devices mounting surface of a substrate on which semiconductor devices are mounted, consisting of: a support wafer; and an uncured resin layer constituted of an uncured thermosetting resin formed on one side of the support wafer, wherein the support wafer is a resin-impregnated fiber base material constituted of a fiber base material impregnated with a thermosetting resin composition that is semicured or cured, the uncured resin layer is constituted of an uncured thermosetting resin composition formed on one side of the resin-impregnated fiber base material with a thickness more than 200 μm and 2000 μm or less, and at least one of the thermosetting resin composition that is impregnated in the fiber base material and the thermosetting resin composition that constitutes the uncured resin layer contains an ion trapping agent. a support wafer; and an uncured resin layer constituted of an uncured thermosetting resin formed on one side of the support wafer, wherein the support wafer is a resin-impregnated fiber base material constituted of a fiber base material impregnated with a thermosetting resin composition that is semicured or cured, the uncured resin layer is constituted of an uncured thermosetting resin composition formed on one side of the resin-impregnated fiber base material with a thickness more than 200 μm and 2000 μm or less, and at least one of the thermosetting resin composition that is impregnated in the fiber base material and the thermosetting resin composition that constitutes the uncured resin layer contains an ion trapping agent.
A knit fabric including a multicomponent yarn comprising a continuous ceramic strand , and at least one wire inlay which is integrated with the knit fabric , wherein the multicomponent yarn further comprises a continuous load-relieving process aid strand , wherein the at least one wire inlay has angled straight wire segments (630a-630l) angled relative to the course direction of the knit fabric.
Arrangement in connection with a flexible torsion , which is intended to be attached to a drive shaft, the flexible torsion shaft having a core wire and a reinforcement comprising reinforcing-fibre wound around the core wire , the flexible torsion shaft being composite comprising a polymeric base substance and a multi-layered (16, 16',16", 16′′′) reinforcing-fibre reinforcement wound at an angle of 45° - 85°, where each layer is wound alternate in opposite directions, and the outer layers are wound at a steeper angle relative to the core wire than the inner layers, and the length of the flexible torsion shaft is 1 - 40 m, characterized in that the arrangement includes a casing tube fitted to the flexible torsion shaft and in that the diameter of the flexible torsion shaft is 2 - 16 mm, preferably 6-12 mm, and the weight of the fibres is 50 - 75 % of the total weight, and the first layer of the reinforcing fibre is wound at an angle of 45° - 70°, and the minimum curvature radius of the flexible torsion shaft is 30 - 200 cm, preferably 50 - 100 cm, wherein the nominal torque M is in the range 2 - 30 Nm.
An apparatus for compiling a program to be executed on a multicore processor, the apparatus comprising: means for generating (S100) a first task mapping state as an initial solution of an optimization process by mapping a task to a source processing element, PE, and a destination PE , and for selecting a communication scheme for transmission of the task from the source PE to the destination PE based on at least one of a communication distance between the source PE and the destination PE, communication data traffic, a usage rate of scratch pad memory included in each of the source PE and the destination PE, and a scratch pad memory's size, using a probabilistic algorithm, wherein the communication scheme is one of a first communication scheme that is based on a shared memory and a second communication scheme that uses a scratch pad memory included in each of the source PE and the destination PE; means for optimizing the mapping by changing (S110) the first task mapping state into a second task mapping state as a changed solution by reassigning (S112) the task mapped to the source PE and the destination PE and changing (S114) the communication scheme for the task included in the first task mapping state; and means for scheduling the task, wherein the communication scheme is designated in a compiling process. means for generating (S100) a first task mapping state as an initial solution of an optimization process by mapping a task to a source processing element, PE, and a destination PE , and for selecting a communication scheme for transmission of the task from the source PE to the destination PE based on at least one of a communication distance between the source PE and the destination PE, communication data traffic, a usage rate of scratch pad memory included in each of the source PE and the destination PE, and a scratch pad memory's size, using a probabilistic algorithm, wherein the communication scheme is one of a first communication scheme that is based on a shared memory and a second communication scheme that uses a scratch pad memory included in each of the source PE and the destination PE; means for optimizing the mapping by changing (S110) the first task mapping state into a second task mapping state as a changed solution by reassigning (S112) the task mapped to the source PE and the destination PE and changing (S114) the communication scheme for the task included in the first task mapping state; and means for scheduling the task, wherein the communication scheme is designated in a compiling process.
An apparatus for use in cable television (CATV) network, the apparatus comprising: a housing ; a printed circuit board (PCB; 104) comprising components necessary for operating the apparatus, wherein the PCB is arranged within the housing ; a detachable cover for the housing; a casted covering plate made of electrically conducting material, wherein the covering plate is arranged, upon installation between the PCB and the detachable cover , to cover at least the PCB and attach the PCB to the housing; wherein the covering plate comprises at least one aperture for a test point of the apparatus or arranged as a guide for a plug-in module ; and a test point connector is arranged in a first surface of the covering plate facing the detachable cover , and a conductor connected to the test point connector and protruding from the second opposite surface of the covering plate , wherein the conductor , upon said installation of the covering plate , is arranged to be pressed against an output of a test signal on the PCB . a housing ; a printed circuit board (PCB; 104) comprising components necessary for operating the apparatus, wherein the PCB is arranged within the housing ; a detachable cover for the housing; a casted covering plate made of electrically conducting material, wherein the covering plate is arranged, upon installation between the PCB and the detachable cover , to cover at least the PCB and attach the PCB to the housing; wherein the covering plate comprises at least one aperture for a test point of the apparatus or arranged as a guide for a plug-in module ; and a test point connector is arranged in a first surface of the covering plate facing the detachable cover , and a conductor connected to the test point connector and protruding from the second opposite surface of the covering plate , wherein the conductor , upon said installation of the covering plate , is arranged to be pressed against an output of a test signal on the PCB .
An apparatus comprising evaporator , mixing unit , vessel , vessel and mixing unit , wherein evaporator has a feed inlet , a vapor outlet and a liquid outlet , and wherein evaporator , mixing unit , vessel and mixing unit are arranged such that a liquid composition can be fed from vessel into mixing unit and from mixing unit into evaporator through feed inlet of evaporator and from evaporator through liquid outlet of evaporator into mixing unit , characterized in that vessel is arranged such that a liquid composition can be fed from vessel into mixing unit and into mixing unit . wherein evaporator has a feed inlet , a vapor outlet and a liquid outlet , and wherein evaporator , mixing unit , vessel and mixing unit are arranged such that a liquid composition can be fed from vessel into mixing unit and from mixing unit into evaporator through feed inlet of evaporator and from evaporator through liquid outlet of evaporator into mixing unit , characterized in that vessel is arranged such that a liquid composition can be fed from vessel into mixing unit and into mixing unit .
A heat exchanger including: a first tube bank including an inlet manifold and a plurality of first heat exchanger tubes arranged in spaced parallel relationship; a second tube bank including an outlet manifold and a plurality of second heat exchanger tubes arranged in spaced parallel relationship; an intermediate manifold configured to fluidly couple the first tube bank and the second tube bank ; and a distributor insert including at least one first dividing element configured to define a plurality of first refrigerant chambers within the inlet manifold ; wherein the distributor insert includes a plurality of refrigerant distribution orifices configured to provide a refrigerant flow path from an internal cavity of the distributor insert to each of the plurality of first refrigerant chambers ; the heat exchanger further comprising: at least one second dividing element arranged within the intermediate manifold and configured to define a plurality of second refrigerant chambers therein, wherein each second dividing element is arranged at a position substantially identical to a corresponding first dividing element such that each second refrigerant chamber is fluidly coupled to the same portion of first heat exchange tubes as a corresponding first refrigerant chamber ; characterized in that the distributor insert is arranged within the inlet manifold ; and each of the plurality of second refrigerant chambers is subdivided into a plurality of sub chambers , each sub-chamber being fluidly coupled to a portion of the first heat exchanger tubes connected to the second refrigerant chamber . a first tube bank including an inlet manifold and a plurality of first heat exchanger tubes arranged in spaced parallel relationship; a second tube bank including an outlet manifold and a plurality of second heat exchanger tubes arranged in spaced parallel relationship; an intermediate manifold configured to fluidly couple the first tube bank and the second tube bank ; and a distributor insert including at least one first dividing element configured to define a plurality of first refrigerant chambers within the inlet manifold ; wherein the distributor insert includes a plurality of refrigerant distribution orifices configured to provide a refrigerant flow path from an internal cavity of the distributor insert to each of the plurality of first refrigerant chambers ; the heat exchanger further comprising: at least one second dividing element arranged within the intermediate manifold and configured to define a plurality of second refrigerant chambers therein, wherein each second dividing element is arranged at a position substantially identical to a corresponding first dividing element such that each second refrigerant chamber is fluidly coupled to the same portion of first heat exchange tubes as a corresponding first refrigerant chamber ; characterized in that the distributor insert is arranged within the inlet manifold ; and each of the plurality of second refrigerant chambers is subdivided into a plurality of sub chambers , each sub-chamber being fluidly coupled to a portion of the first heat exchanger tubes connected to the second refrigerant chamber .