mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic imaging system for producing multiple different modes of images at a high acquisition frame rate comprising: an ultrasound probe having an array transducer ; a beamformer coupled to the array transducer and configured to acquire frames of echo signals at a high acquisition frame rate of at least 800 Hz, wherein the frames correspond to an image field of view having a depth and width depending on the dimensions of the array transducer and/or a beam profile; a frame memory configured to store the frames of echo signals which are acquired at the high acquisition frame rate, wherein the frames comprise echo signals corresponding to the image field of view; an anatomical image processor , coupled to the frame memory, and configured to produce anatomical images from the frames of echo signals corresponding to the image field of view; a mechanical function image processor , coupled to the frame memory, and configured to produce mechanical function images from the frames of echo signals corresponding to the image field of view; a hemodynamic image processor , coupled to the frame memory, and configured to produce blood flow images from the frames of echo signals corresponding to the image field of view; and a display coupled to the three image processors and configured to display images from the three image processors simultaneously, and wherein: the anatomical image processor, the mechanical function image processor, and the hemodynamic image processor are further configured to produce images using a common group of frames. an ultrasound probe having an array transducer ; a beamformer coupled to the array transducer and configured to acquire frames of echo signals at a high acquisition frame rate of at least 800 Hz, wherein the frames correspond to an image field of view having a depth and width depending on the dimensions of the array transducer and/or a beam profile; a frame memory configured to store the frames of echo signals which are acquired at the high acquisition frame rate, wherein the frames comprise echo signals corresponding to the image field of view; an anatomical image processor , coupled to the frame memory, and configured to produce anatomical images from the frames of echo signals corresponding to the image field of view; a mechanical function image processor , coupled to the frame memory, and configured to produce mechanical function images from the frames of echo signals corresponding to the image field of view; a hemodynamic image processor , coupled to the frame memory, and configured to produce blood flow images from the frames of echo signals corresponding to the image field of view; and a display coupled to the three image processors and configured to display images from the three image processors simultaneously, and wherein: the anatomical image processor, the mechanical function image processor, and the hemodynamic image processor are further configured to produce images using a common group of frames.
A dilator comprising: a distal end side coil part ; and a proximal end side coil part located at a proximal end side of the distal end side coil part and having a distal end portion connected to a proximal end portion of the distal end side coil part ; wherein the distal end side coil part includes: a first coil formed by winding a wire in a first winding direction to have a hollow shape, and a second coil provided on an outer periphery of the first coil and formed by winding a wire in a second winding direction being an opposite winding direction to the first winding direction, and the proximal end side coil part includes: a third coil formed by winding a wire in the second winding direction to have a hollow shape, and a fourth coil provided on an outer periphery of the third coil and formed by winding a wire in the first winding direction. a distal end side coil part ; and a proximal end side coil part located at a proximal end side of the distal end side coil part and having a distal end portion connected to a proximal end portion of the distal end side coil part ; wherein the distal end side coil part includes: a first coil formed by winding a wire in a first winding direction to have a hollow shape, and a second coil provided on an outer periphery of the first coil and formed by winding a wire in a second winding direction being an opposite winding direction to the first winding direction, and a first coil formed by winding a wire in a first winding direction to have a hollow shape, and a second coil provided on an outer periphery of the first coil and formed by winding a wire in a second winding direction being an opposite winding direction to the first winding direction, and the proximal end side coil part includes: a third coil formed by winding a wire in the second winding direction to have a hollow shape, and a fourth coil provided on an outer periphery of the third coil and formed by winding a wire in the first winding direction. a third coil formed by winding a wire in the second winding direction to have a hollow shape, and a fourth coil provided on an outer periphery of the third coil and formed by winding a wire in the first winding direction.
A pneumatic tire comprising a textile cord reinforced rubber component, the rubber component comprising a textile cord contacting a rubber composition, the rubber composition comprising: from 20 to 45 phr of a solution polymerized styrene-butadiene rubber having a bound styrene content ranging from 5 to 25 percent by weight and a Tg ranging from -85 to -50 °C; from 55 to 80 phr of a polyisoprene rubber selected from the group consisting of natural rubber and synthetic polyisoprene rubber; from 20 to 60 phr of a filler selected from carbon black, silica, and prehydrophobated silica; from 1 to 10 phr of a resin selected from the group consisting of carbamic resins, alkyl phenol formaldehyde resins, and phenol formaldehyde resins; and from 0.5 to 5 phr of a methylene donor; characterized in that the solution polymerized styrene-butadiene rubber has a vinyl-1,2 content ranging from 5 to 40 weight percent based on the butadiene content. from 20 to 45 phr of a solution polymerized styrene-butadiene rubber having a bound styrene content ranging from 5 to 25 percent by weight and a Tg ranging from -85 to -50 °C; from 55 to 80 phr of a polyisoprene rubber selected from the group consisting of natural rubber and synthetic polyisoprene rubber; from 20 to 60 phr of a filler selected from carbon black, silica, and prehydrophobated silica; from 1 to 10 phr of a resin selected from the group consisting of carbamic resins, alkyl phenol formaldehyde resins, and phenol formaldehyde resins; and from 0.5 to 5 phr of a methylene donor; characterized in that the solution polymerized styrene-butadiene rubber has a vinyl-1,2 content ranging from 5 to 40 weight percent based on the butadiene content.
A secondary battery comprising: a case having an internal space; an electrode assembly accommodated in the internal space of the case ; a current collector plate electrically connected to the electrode assembly ; and a cap assembly comprising: a cap plate sealing the case ; an electrode terminal coupled to the current collector plate and extending through the cap plate ; and a gasket between the electrode terminal and the cap plate and having a flange portion , the flange portion of the gasket being between an upper surface of the cap plate and the electrode terminal , characterised by a fastening plate between the gasket and the cap plate and covering at least of a portion of the gasket and the cap plate , wherein the electrode terminal comprises a flange portion extending in a horizontal direction of an upper surface of the cap plate . a case having an internal space; an electrode assembly accommodated in the internal space of the case ; a current collector plate electrically connected to the electrode assembly ; and a cap assembly comprising: a cap plate sealing the case ; an electrode terminal coupled to the current collector plate and extending through the cap plate ; and a gasket between the electrode terminal and the cap plate and having a flange portion , the flange portion of the gasket being between an upper surface of the cap plate and the electrode terminal , characterised by a cap plate sealing the case ; an electrode terminal coupled to the current collector plate and extending through the cap plate ; and a gasket between the electrode terminal and the cap plate and having a flange portion , the flange portion of the gasket being between an upper surface of the cap plate and the electrode terminal , characterised by a fastening plate between the gasket and the cap plate and covering at least of a portion of the gasket and the cap plate , wherein the electrode terminal comprises a flange portion extending in a horizontal direction of an upper surface of the cap plate .
Retaining ring which extends substantially in a plane (E), comprising a ring body which extends around a central axis (X) between two ends delimiting a ring slot , and a plurality of retaining projections which extend from the ring body , distributed over its circumference, in a planar manner radially toward the central axis (X) in the plane (E), characterized in that at least one of the retaining projections comprises at least one axial expanding slot open toward the central axis (X). a ring body which extends around a central axis (X) between two ends delimiting a ring slot , and a plurality of retaining projections which extend from the ring body , distributed over its circumference, in a planar manner radially toward the central axis (X) in the plane (E), characterized in that at least one of the retaining projections comprises at least one axial expanding slot open toward the central axis (X).
A floor cleaning system , having a mobile floor cleaning apparatus that comprises at least one cleaning unit for cleaning a floor surface , a reservoir for receiving a cleaning liquid, a dirt receiving device for taking up dirty liquid from the floor surface , and a dirty liquid container into which the dirty liquid is transferable, and further having a docking station for the floor cleaning apparatus , which is docked thereto in a docked position, wherein the docking station has at least one supply conduit with a connection element arranged thereon, the floor cleaning apparatus having at least one liquid conduit with a connection element arranged thereon, wherein the floor cleaning apparatus comprises a rinsing device on or in the dirty liquid container , and wherein, when the floor cleaning apparatus is in the docked position, the connection elements are coupled to one another such that the reservoir is fillable with the cleaning liquid via the at least one liquid conduit and a rinsing liquid for rinsing the dirty liquid container is applicable to the rinsing device via the at least one liquid conduit .
A rolling vehicle track comprising: a first wall and a second wall opposite to each other, each of the first wall and the second wall positioned between and connected to a third wall and a fourth wall that are opposite and parallel to each other; a bracket having a first bracket portion , a second bracket portion , a third bracket portion , and a fourth bracket portion , the first bracket portion connected to the third wall and parallel to each other, and the fourth bracket portion connected to the first wall and parallel to each other; the first wall , the second wall , the third wall , and the fourth wall defining a first quadrilateral chamber; and the first bracket portion , the second bracket portion , the third bracket portion , and the first wall defining a second quadrilateral chamber; wherein the first wall , the second wall , the third wall , the fourth wall , and the bracket are interconnected without welding. a first wall and a second wall opposite to each other, each of the first wall and the second wall positioned between and connected to a third wall and a fourth wall that are opposite and parallel to each other; a bracket having a first bracket portion , a second bracket portion , a third bracket portion , and a fourth bracket portion , the first bracket portion connected to the third wall and parallel to each other, and the fourth bracket portion connected to the first wall and parallel to each other; the first wall , the second wall , the third wall , and the fourth wall defining a first quadrilateral chamber; and the first bracket portion , the second bracket portion , the third bracket portion , and the first wall defining a second quadrilateral chamber; wherein the first wall , the second wall , the third wall , the fourth wall , and the bracket are interconnected without welding.
An actuating drive for moving a furniture flap movably-supported relative to a furniture carcass , comprising: - at least one actuating arm pivotally supported about a pivoting axis for moving the furniture flap , the at least one actuating arm being movably supported between a closed position corresponding to a closed position of the furniture flap relative to the furniture carcass in a mounted condition of the furniture flap , and an open position, - a force storage member for applying a force to the at least one actuating arm , - a coupling device for braking or preventing a pivotal movement of the at least one actuating arm , the coupling device including at least one movably-supported first coupling element having a tooth arrangement , and the at least one first coupling element , when a predetermined pivotal speed of the actuating arm is exceeded, is engageable with a second coupling element , whereby the pivotal movement of the at least one actuating arm is braked or prevented, and the second coupling element includes at least one engagement section for engaging the two coupling elements with each other, - wherein the at least one first coupling element is movably supported on a rotor , wherein the rotor is rotationally supported about a rotational axis and wherein the rotational axis of the rotor and the pivoting axis of the actuating arm are mutually spaced from each other in a parallel relationship, characterized in that the second coupling element includes a least one freewheel section separate from the engagement section , wherein the first coupling element , in the closed position of the actuating arm , is arranged within the freewheel section of the second coupling element , whereby the two coupling elements are decoupled from each other in the closed position of the actuating arm . - at least one actuating arm pivotally supported about a pivoting axis for moving the furniture flap , the at least one actuating arm being movably supported between a closed position corresponding to a closed position of the furniture flap relative to the furniture carcass in a mounted condition of the furniture flap , and an open position, - a force storage member for applying a force to the at least one actuating arm , - a coupling device for braking or preventing a pivotal movement of the at least one actuating arm , the coupling device including at least one movably-supported first coupling element having a tooth arrangement , and the at least one first coupling element , when a predetermined pivotal speed of the actuating arm is exceeded, is engageable with a second coupling element , whereby the pivotal movement of the at least one actuating arm is braked or prevented, and the second coupling element includes at least one engagement section for engaging the two coupling elements with each other, - wherein the at least one first coupling element is movably supported on a rotor , wherein the rotor is rotationally supported about a rotational axis and wherein the rotational axis of the rotor and the pivoting axis of the actuating arm are mutually spaced from each other in a parallel relationship,
A method of operating a central unit, CU, node that is coupled with first and second distributed unit, DU, nodes, the method comprising: providing communication between the CU node and a mobile communication device (UE) through the first DU node over a first radio link between the first DU node and the mobile communication device; receiving a message at the CU node from the first DU node to inform the CU node that the radio link is temporarily unavailable; responsive to receiving the message that the first radio link is temporarily unavailable, suspending communication between the CU node and the mobile communication device through the first DU node, wherein configuration of the first DU node to serve the mobile communication device using the first radio link is maintained while suspending communication between the CU node and the mobile communication device through the first DU node; and while suspending communication between the CU node and the mobile communication device through the first DU node, providing communication between the CU node and the mobile communication device through the second DU node over a second radio link between the second DU node and the mobile communication device. providing communication between the CU node and a mobile communication device (UE) through the first DU node over a first radio link between the first DU node and the mobile communication device; receiving a message at the CU node from the first DU node to inform the CU node that the radio link is temporarily unavailable; responsive to receiving the message that the first radio link is temporarily unavailable, suspending communication between the CU node and the mobile communication device through the first DU node, wherein configuration of the first DU node to serve the mobile communication device using the first radio link is maintained while suspending communication between the CU node and the mobile communication device through the first DU node; and while suspending communication between the CU node and the mobile communication device through the first DU node, providing communication between the CU node and the mobile communication device through the second DU node over a second radio link between the second DU node and the mobile communication device.
A process for preparing a ceramic granulate, comprising at least: - a step of dry grinding ceramic raw materials to obtain a ceramic powder (P), - a step of wetting said ceramic powder (P) with at least one liquid substance to obtain an agglomerated product (A), - a step of compacting said agglomerated product (A) by applying a compaction pressure to obtain at least one compacted element (C), - a step of crushing said compacted element (C) to obtain the ceramic granulate (G). - a step of sieving with a sieve the ceramic granulate (G) to separate the coarse particles (S1) therefrom, - a step of inertial separation of the ceramic granulate (V) to separate the fine particles (S2) therefrom. - a step of dry grinding ceramic raw materials to obtain a ceramic powder (P), - a step of wetting said ceramic powder (P) with at least one liquid substance to obtain an agglomerated product (A), - a step of compacting said agglomerated product (A) by applying a compaction pressure to obtain at least one compacted element (C), - a step of crushing said compacted element (C) to obtain the ceramic granulate (G). - a step of sieving with a sieve the ceramic granulate (G) to separate the coarse particles (S1) therefrom, - a step of inertial separation of the ceramic granulate (V) to separate the fine particles (S2) therefrom.
Dough for the production of a salty baked product, wherein the dough contains - flour, - fat, - a salt carrier, selected from vegetable powder, spice powder, and/or cheese powder, wherein the flour portion contains at least 10 wt.% Jerusalem artichoke flour, and wherein the dough contains the following based on its total mass: a. at least 1 wt.% of the salt carrier, to cover the taste of cynarine contained in the Jerusalem artichoke, b. 0.5-5 wt.% silica gels or silica, c. no sugar. - flour, - fat, - a salt carrier, selected from vegetable powder, spice powder, and/or cheese powder, a. at least 1 wt.% of the salt carrier, to cover the taste of cynarine contained in the Jerusalem artichoke, b. 0.5-5 wt.% silica gels or silica, c. no sugar.
Non-aqueous ink composition for continuous deflected ink jet printing comprising: - a vehicle comprising one or several organic solvent compound(s) that is (are) liquid at ambient temperature; - one or several dye(s), preferably soluble, and/or pigment(s); - a binder, comprising at least one binding resin consisting of a cellulose derivative chosen from among cellulose ethers with an average molecular mass by weight Mw greater than or equal to 120 kDa; in which the pigment(s) and/or dye(s)/binder mass ratio is less than 1.5, and preferably less than 1. - a vehicle comprising one or several organic solvent compound(s) that is (are) liquid at ambient temperature; - one or several dye(s), preferably soluble, and/or pigment(s); - a binder, comprising at least one binding resin consisting of a cellulose derivative chosen from among cellulose ethers with an average molecular mass by weight Mw greater than or equal to 120 kDa;
Method for non-invasively determining properties of a multiphase flow which comprises a liquid fraction , in particular comprising water and/or a hydrocarbon-containing liquid, and a gaseous fraction and flows through an electrically conductive object , preferably a pipe or a pipeline, wherein the properties of the multiphase flow comprise in particular at least the velocity of the gaseous fraction, the velocity of the liquid fraction , the flow cross-section fraction of the gaseous fraction and/or the water content in the liquid fraction , wherein in the method - using a single set-up having a plurality of EMAT transducers , in particular according to device Claim 24, - at least two signals are spatially correlated with one another for determining the velocity of the gaseous fraction, - at least one signal arising on the basis of a wave reflected from a reflection source in the multiphase flow is evaluated for determining the velocity of the liquid fraction and/or at least one signal arising on the basis of a wave transmitted upstream and coupled at least into a part of the multiphase flow and at least one signal arising on the basis of a wave transmitted downstream and coupled at least into a part of the multiphase flow are evaluated, for determining the velocity of the liquid fraction , and - at least one signal arising on the basis of a wave transmitted downstream or upstream and coupled at least into a part of the multiphase flow is evaluated for determining the flow cross-section fraction of the gaseous fraction and/or at least one signal arising on the basis of a part of a wave transmitted downstream or upstream, said part propagating exclusively in the object wall , is evaluated for determining the flow cross-section fraction of the gaseous fraction. - using a single set-up having a plurality of EMAT transducers , in particular according to device Claim 24, - at least two signals are spatially correlated with one another for determining the velocity of the gaseous fraction, - at least one signal arising on the basis of a wave reflected from a reflection source in the multiphase flow is evaluated for determining the velocity of the liquid fraction and/or at least one signal arising on the basis of a wave transmitted upstream and coupled at least into a part of the multiphase flow and at least one signal arising on the basis of a wave transmitted downstream and coupled at least into a part of the multiphase flow are evaluated, for determining the velocity of the liquid fraction , and - at least one signal arising on the basis of a wave transmitted downstream or upstream and coupled at least into a part of the multiphase flow is evaluated for determining the flow cross-section fraction of the gaseous fraction and/or at least one signal arising on the basis of a part of a wave transmitted downstream or upstream, said part propagating exclusively in the object wall , is evaluated for determining the flow cross-section fraction of the gaseous fraction.