mhurhangee/patent-ind-claim-en huggingface dataset:
An intra cardiac echo imaging device , comprising: an image acquisition unit configured to receive an image of a cardiac region, wherein the image provides at least one or more coronary vessels and/or at least one heart chamber; a processing unit configured to: receive imaging parameters of an intra cardiac echo probe ; characterised in that the processing unit is further configured to: define at least one region of interest within the image for imaging by the intracardiac echo probe; calculate at least one of a location, an orientation and access path of the intra cardiac echo probe relative to the region of interest for imaging of the region of interest by the intra cardica echo probe, the calculation being based on: anatomical content in the region of interest and/or in the cardiac region; and the imaging parameters of the intra cardiac echo probe; output to a display a roadmap and the at least one of the calculated location, orientation and access path of the intra cardiac echo probe. an image acquisition unit configured to receive an image of a cardiac region, wherein the image provides at least one or more coronary vessels and/or at least one heart chamber; a processing unit configured to: receive imaging parameters of an intra cardiac echo probe ; characterised in that the processing unit is further configured to: define at least one region of interest within the image for imaging by the intracardiac echo probe; calculate at least one of a location, an orientation and access path of the intra cardiac echo probe relative to the region of interest for imaging of the region of interest by the intra cardica echo probe, the calculation being based on: anatomical content in the region of interest and/or in the cardiac region; and the imaging parameters of the intra cardiac echo probe; output to a display a roadmap and the at least one of the calculated location, orientation and access path of the intra cardiac echo probe. receive imaging parameters of an intra cardiac echo probe ; characterised in that the processing unit is further configured to: define at least one region of interest within the image for imaging by the intracardiac echo probe; calculate at least one of a location, an orientation and access path of the intra cardiac echo probe relative to the region of interest for imaging of the region of interest by the intra cardica echo probe, the calculation being based on: anatomical content in the region of interest and/or in the cardiac region; and the imaging parameters of the intra cardiac echo probe; anatomical content in the region of interest and/or in the cardiac region; and the imaging parameters of the intra cardiac echo probe; output to a display a roadmap and the at least one of the calculated location, orientation and access path of the intra cardiac echo probe.
A cooling turner for cooling wood-based boards or board stacks, which cooling turner comprises a rotatable center pipe , flanges fastened to it and also support prongs fastened to the flanges for supporting the boards or board stacks during cooling, wherein each flange is formed from at least three sector parts, and the sector parts are fastened to the center pipe , wherein two or more sector parts that are consecutive in the longitudinal direction of the cooling turner are formed into one sector module , and sector parts of a sector module are connected to each other with one or more rods .
A biomimetic endodontic cement composition comprising: a Paste A comprising, by weight, about 23-27% calcined and heat treated magnesium oxide, 0.08-1.2% calcium hydroxide, 47-51% zirconium oxide, and 0.08-2.2% bioactive glass in a non-aqueous hydrophilic carrier at about 24-26% by weight; and a Paste B comprising 8-28% milled monobasic calcium phosphate, 50- 60% zirconium oxide, 0.001-0.005% polyacrylic acid or polyamidoamine carboxylate or sulfonic dendrimers in a non-aqueous hydrophilic carrier at about 24-26% by weight; wherein the biomimetic endodontic cement composition is suitable to form a biomimetic endodontic cement by hydration of a mixture of Paste A and Paste B in an aqueous environment, the endodontic cement being biomimetic, radiopaque, and antimicrobial. a Paste A comprising, by weight, about 23-27% calcined and heat treated magnesium oxide, 0.08-1.2% calcium hydroxide, 47-51% zirconium oxide, and 0.08-2.2% bioactive glass in a non-aqueous hydrophilic carrier at about 24-26% by weight; and a Paste B comprising 8-28% milled monobasic calcium phosphate, 50- 60% zirconium oxide, 0.001-0.005% polyacrylic acid or polyamidoamine carboxylate or sulfonic dendrimers in a non-aqueous hydrophilic carrier at about 24-26% by weight; wherein the biomimetic endodontic cement composition is suitable to form a biomimetic endodontic cement by hydration of a mixture of Paste A and Paste B in an aqueous environment, the endodontic cement being biomimetic, radiopaque, and antimicrobial.
A method for validating an emergency stop signal within a wind turbine, wherein the wind turbine comprises a plurality of control nodes distributed throughout the wind turbine, the method comprising: receiving an emergency stop signal from a first control node of the plurality of control nodes, wherein the emergency stop signal indicates the wind turbine should be shut down; shutting down the wind turbine by transmitting a shutdown signal to the plurality of control nodes; upon determining there is no indication a person is present within the wind turbine, validating the emergency stop signal; and upon determining the emergency stop signal is valid, activating a brake to bring the rotor to a stop. receiving an emergency stop signal from a first control node of the plurality of control nodes, wherein the emergency stop signal indicates the wind turbine should be shut down; shutting down the wind turbine by transmitting a shutdown signal to the plurality of control nodes; upon determining there is no indication a person is present within the wind turbine, validating the emergency stop signal; and upon determining the emergency stop signal is valid, activating a brake to bring the rotor to a stop.
A composite comprising: I. a thermoelectric material in the form of particles, wherein the particles have a diameter of 50 nm to 250 μm, II. an electrically conductive polymer, III. fibres, wherein the thermoelectric material comprises a metal sulphosalt, wherein the metal sulphosalt comprises a compound comprising a metal, a semimetal and sulphur, wherein the fibres are at least partially coated with the electrically conductive polymer, wherein the fibres act as a scaffold for the electrically conductive polymer to form a continuous electrically conductive network, wherein the thermoelectric material is present in an amount of 5 to 70 wt% of the composite. I. a thermoelectric material in the form of particles, wherein the particles have a diameter of 50 nm to 250 μm, II. an electrically conductive polymer, III. fibres,
A computer-implemented method, comprising: receiving , via a first computing node of a cluster of computing nodes in a container orchestration system , a pod from a second computing node in the cluster of computing nodes, wherein the first computing node is associated with a control system of a plurality of control systems ; retrieving, via the first computing node, an image file comprising one or more containers from a registry accessible to the container orchestration system, wherein the pod comprises an indication of a location of the image file in the registry, and wherein the one or more containers comprise software applications that are executable by the first computing node ; generating , via the first computing node, a package based on the one or more containers, wherein generating the package comprises determining commands that are to be performed by the control system based on the one or more containers , wherein determining the commands comprises mapping operations in the software applications comprised in the one or more containers to operations that are to be performed by the control system; and storing , via the first computing node, the package in a filesystem shared with the control system to be retrieved and executed by the control system, or sending the package directly to the control system via an operational technology, OT, communication protocol. receiving , via a first computing node of a cluster of computing nodes in a container orchestration system , a pod from a second computing node in the cluster of computing nodes, wherein the first computing node is associated with a control system of a plurality of control systems ; retrieving, via the first computing node, an image file comprising one or more containers from a registry accessible to the container orchestration system, wherein the pod comprises an indication of a location of the image file in the registry, and wherein the one or more containers comprise software applications that are executable by the first computing node ; generating , via the first computing node, a package based on the one or more containers, wherein generating the package comprises determining commands that are to be performed by the control system based on the one or more containers , wherein determining the commands comprises mapping operations in the software applications comprised in the one or more containers to operations that are to be performed by the control system; and storing , via the first computing node, the package in a filesystem shared with the control system to be retrieved and executed by the control system, or sending the package directly to the control system via an operational technology, OT, communication protocol.
A passive electromagnetic fountain pen, comprising: a pen core ; and a pen body, wherein the pen body comprises a first iron core and an iron core holder, a pen core clamp link , a second iron core , a third iron core , an elastic component , a pressure regulating plate , and a first structure matched with the pressure regulating plate are disposed sequentially from front to back in the iron core holder, coils are wound outside the first iron core and the second iron core , the first iron core is adjacent to a pen tip of the pen core , the second iron core is fixedly connected with the iron core holder, the pen core is configured to pass through a center of the first iron core , and then be clamped by one end of the pen core clamp link , and the other end of the pen core clamp link is configured to pass through a center of the second iron core , and to push the third iron core to move during writing; and wherein a rotary handle is disposed on the pressure regulating plate , the pressure regulating plate when in rotation by the rotary handle is configured to be in surface contact with the first structure by a contact surface of the pressure regulating plate , so as to generate an axial displacement of the pressure regulating plate to change a space for accommodating the elastic component to generate a corresponding axial displacement of the elastic component; wherein a step is disposed on the pen core clamp link . a pen core ; and a pen body, wherein the pen body comprises a first iron core and an iron core holder, a pen core clamp link , a second iron core , a third iron core , an elastic component , a pressure regulating plate , and a first structure matched with the pressure regulating plate are disposed sequentially from front to back in the iron core holder, coils are wound outside the first iron core and the second iron core , the first iron core is adjacent to a pen tip of the pen core , the second iron core is fixedly connected with the iron core holder, the pen core is configured to pass through a center of the first iron core , and then be clamped by one end of the pen core clamp link , and the other end of the pen core clamp link is configured to pass through a center of the second iron core , and to push the third iron core to move during writing; and wherein a rotary handle is disposed on the pressure regulating plate , the pressure regulating plate when in rotation by the rotary handle is configured to be in surface contact with the first structure by a contact surface of the pressure regulating plate , so as to generate an axial displacement of the pressure regulating plate to change a space for accommodating the elastic component to generate a corresponding axial displacement of the elastic component; wherein a step is disposed on the pen core clamp link .
A folding mobile terminal, comprising a first housing , a first screen , a second housing , a second screen , and a connecting clamp , wherein the first screen is disposed on the first housing , the second screen is disposed on the second housing , the first housing is connected to the second housing through the connecting clamp , one end of the connecting clamp is rotatably connected to the first housing and rotates around a first axis (A), the second housing is rotatably connected to another end of the connecting clamp and rotatable around a second axis (B), and the first axis (A) and the second axis (B) intersect or are non-coplanar; the connecting clamp comprises a first connecting rod , a first connecting shaft , and a second connecting rod , the first connecting rod is rotatably connected to the first housing through the first connecting shaft , an axis of the first connecting shaft is the first axis (A), the second connecting rod is rotatably connected to another end of the first connecting rod , an axis of the first connecting rod is the second axis (B), and the second connecting rod is connected to the second housing ; one end of the second connecting rod is rotatably connected to the first connecting rod , the second housing is rotatably connected to another end of the second connecting rod and rotatable around a third axis (C), and the third axis (C) and the second axis (B) intersect or are non-coplanar. the connecting clamp comprises a first connecting rod , a first connecting shaft , and a second connecting rod , the first connecting rod is rotatably connected to the first housing through the first connecting shaft , an axis of the first connecting shaft is the first axis (A), the second connecting rod is rotatably connected to another end of the first connecting rod , an axis of the first connecting rod is the second axis (B), and the second connecting rod is connected to the second housing ; one end of the second connecting rod is rotatably connected to the first connecting rod , the second housing is rotatably connected to another end of the second connecting rod and rotatable around a third axis (C), and the third axis (C) and the second axis (B) intersect or are non-coplanar.
A method of cutting a workpiece using a laser beam, in which : - a laser nozzle is arranged facing the upper surface of the workpiece , said laser nozzle comprising a nozzle body having a front face , an axial housing and a first outlet orifice located at the front face , and comprising a movable element having a front portion forming a skirt and an axial passage with a second outlet orifice opening at said front portion forming a skirt ,said movable element being able to move in translation in the axial housing towards the first outlet orifice under the effect of a gas pressure exerted on the movable element until the front part forming a skirt of the movable element projects outside the axial housing through the first outlet orifice , a resilient element arranged in the axial housing , between the nozzle body and the movable element , exerting a resilient return force on the movable element , - a focused laser beam is directed through the laser nozzle so as to melt the material making up the part to be cut and generate a cutting kerf , - the laser nozzle is supplied with assist gas and the workpiece material melted by the laser beam is expelled from the cutting kerf by means of the assist gas , - the movable element is moved in translation in the axial housing under the effect of the pressure of the assisting gas acting on the movable element so that movable element approaches the upper surface of the part , the front portion comprising an end portion whose external diameter decreases progressively towards the second outlet orifice , the external profile of said end portion being frustoconical in shape. - a laser nozzle is arranged facing the upper surface of the workpiece , said laser nozzle comprising a nozzle body having a front face , an axial housing and a first outlet orifice located at the front face , and comprising a movable element having a front portion forming a skirt and an axial passage with a second outlet orifice opening at said front portion forming a skirt ,said movable element being able to move in translation in the axial housing towards the first outlet orifice under the effect of a gas pressure exerted on the movable element until the front part forming a skirt of the movable element projects outside the axial housing through the first outlet orifice , a resilient element arranged in the axial housing , between the nozzle body and the movable element , exerting a resilient return force on the movable element , - a focused laser beam is directed through the laser nozzle so as to melt the material making up the part to be cut and generate a cutting kerf , - the laser nozzle is supplied with assist gas and the workpiece material melted by the laser beam is expelled from the cutting kerf by means of the assist gas , - the movable element is moved in translation in the axial housing under the effect of the pressure of the assisting gas acting on the movable element so that movable element approaches the upper surface of the part ,
A topical dermatological composition comprising live Lactobacillus species L. plantarum, L. pentosus and L. rhamnosus; wherein said L. plantarum is a L. plantarum strain having at least 97% sequence similarity with SEQ ID N° 4 in its 16S rRNA gene, said L. pentosus is a L. pentosus strain having at least 97% sequence similarity with SEQ ID N° 1 in its 16S rRNA gene, and said L. rhamnosus is a L. rhamnosus strain having at least 97% sequence similarity with SEQ ID N° 5 in its 16S rRNA gene.
Elevator system having a guide device and at least one elevator car, which can be moved along the guide device by means of a linear drive, the guide device comprises at least one elevator car, which can be moved along the guide device by means of a linear drive, wherein the guide device has a guide rail , on which the at least one elevator car can be guided, and a stationary part of the linear drive, the guide device comprises guide means , which extend at least to some extent along the guide device and are designed such that an elevator car can be moved along them by means of an alternative drive , which is different from the linear drive, characterized in that a first elevator car is provided, which can be moved only by means of a linear drive, and in that a second elevator car is provided, which can be moved by means of the alternative drive. in that a first elevator car is provided, which can be moved only by means of a linear drive, and in that a second elevator car is provided, which can be moved by means of the alternative drive.
A power source switching circuit for powering an electronic component, comprising: a soft-start circuit ; a first input connected to a standby power source ; a second input connected to a main power source ; and an output providing a voltage to the electronic component, the output configured to alternatively be electrically connected to the first input and the standby power source when the power source switching circuit is in a standby mode, or the second input and the main power source when the power source switching circuit is in a main mode, wherein: when the power source switching circuit is initially activated to the standby mode, the soft-start circuit is enabled such that the voltage at the voltage provided by the output reaches a standby voltage after a standby activation time delay, and when the power source switching circuit subsequently switches from the main mode to the standby mode, the soft-start circuit is disabled such that the voltage at the voltage provided by the output reaches the standby voltage after substantially no time delay. a soft-start circuit ; a first input connected to a standby power source ; a second input connected to a main power source ; and an output providing a voltage to the electronic component, the output configured to alternatively be electrically connected to the first input and the standby power source when the power source switching circuit is in a standby mode, or the second input and the main power source when the power source switching circuit is in a main mode, when the power source switching circuit is initially activated to the standby mode, the soft-start circuit is enabled such that the voltage at the voltage provided by the output reaches a standby voltage after a standby activation time delay, and when the power source switching circuit subsequently switches from the main mode to the standby mode, the soft-start circuit is disabled such that the voltage at the voltage provided by the output reaches the standby voltage after substantially no time delay.
A method for manufacturing an endoscope insertion tube , wherein the insertion tube has a proximal passive flexible section and a distal angled section (A), wherein the entire insertion tube, including the passive flexible section and the angled section (A), is formed from a single tube element, characterized in that in the wall surface of the tube element a cut is made, a not cut-through side of the cut forms a hinge for a bracket , the bracket is bend inwardly, and the bracket comprises a cut hole for guiding a control wire. wherein the insertion tube has a proximal passive flexible section and a distal angled section (A), wherein the entire insertion tube, including the passive flexible section and the angled section (A), is formed from a single tube element, in the wall surface of the tube element a cut is made, a not cut-through side of the cut forms a hinge for a bracket , the bracket is bend inwardly, and the bracket comprises a cut hole for guiding a control wire.
A warhead comprising an explosive charge placed in an enclosure and means for initiating the explosive charge arranged at a first end of the charge, such that the explosive charge has, at its second end, a concave interface on which is applied a layer of a synthetic material guaranteeing sealing, the enclosure including means making it possible to fasten, detachably and in the theatre of operations, at least one liner as well as keeping it bearing against the layer of synthetic material.