mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising one or more circuits, one or more processors, or any combination thereof, configured to at least: generate a three-dimensional model of a patient ; align the three-dimensional model of the patient with a coordinate system of a three-dimensional model of a radiation treatment machine ; identify a series of control points corresponding to movement of at least one of the three-dimensional model of the patient or the three-dimensional model of the radiation treatment machine , the series of control points being specified by a radiation treatment plan; interpolate additional control points based at least in part on the series of control points ; and determine whether the three-dimensional model of the patient and the three-dimensional model of the radiation treatment machine overlap at any control point in the series of control points or at the interpolated additional control points, wherein the one or more circuits, one or more processors, or any combination thereof, are further configured to identify a collision between the patient and the radiation treatment machine based at least in part on such overlapping. generate a three-dimensional model of a patient ; align the three-dimensional model of the patient with a coordinate system of a three-dimensional model of a radiation treatment machine ; identify a series of control points corresponding to movement of at least one of the three-dimensional model of the patient or the three-dimensional model of the radiation treatment machine , the series of control points being specified by a radiation treatment plan; interpolate additional control points based at least in part on the series of control points ; and determine whether the three-dimensional model of the patient and the three-dimensional model of the radiation treatment machine overlap at any control point in the series of control points or at the interpolated additional control points, wherein the one or more circuits, one or more processors, or any combination thereof, are further configured to identify a collision between the patient and the radiation treatment machine based at least in part on such overlapping.
An endoscope comprising a first component and a second component , with a light source installed in said first component , and with the second component having a proximal end detachably coupled to the first component , and a distal end with image capturing element such as a camera chip or a fibre optics component arranged in said distal end , and with an optical waveguide comprising at least one light-conducting fibre extending through the second component for directing light of the light source from the proximal end to the distal end and emitting said light at the distal end ; and preferably comprising a power supply line for electrically powering the camera chip ; and wherein said light source comprises at least one laser for emitting primary light, and a converter which at least partially converts the light of the laser into light of a different wavelength and emits the light, wherein the converter is coupled to the proximal end of the second component which is coupled to the first component in such a way that the light converted and emitted by the converter is injected into the optical waveguide ; characterized in that the at least one light-conducting fibre is a glass fibre and has a diameter ranging from 100 μm to 1000 μm. wherein said light source comprises at least one laser for emitting primary light, and a converter which at least partially converts the light of the laser into light of a different wavelength and emits the light, wherein the converter is coupled to the proximal end of the second component which is coupled to the first component in such a way that the light converted and emitted by the converter is injected into the optical waveguide ; characterized in that the at least one light-conducting fibre is a glass fibre and has a diameter ranging from 100 μm to 1000 μm.
A winding device for the continuous production of edible wafer rolls provided on the inside with a substance such as an edible cream, - wherein the winding device includes a rolling mandrel that extends along a main axis , - wherein the rolling mandrel includes a supported section and a protruding section having a free end , - wherein the rolling mandrel at its protruding section is delimited by a cylindrical winding wall transverse to the main axis , - wherein the cylindrical winding wall has an exterior winding surface that is configured for contacting and rolling up a warm, plastically deformbable wafer strip, and via which heat transport takes place during operation, in particular by the contact of the wafer strip, - wherein a substance channel is provided inside the cylindrical winding wall , extending along the main axis , for introducing a substance into the interior of a continuous sleeve-shaped hollow body or the wafer rolls, wherein the substance channel exits the rolling mandrel in the area of the free end , wherein the substance channel is delimited by a substance channel wall , characterized in that at least one temperature control channel for conducting a temperature control medium, in particular a temperature control fluid, inside the cylindrical winding wall is provided, wherein the temperature control channel extends from the supported section of the rolling mandrel into the protruding section of the rolling mandrel and back into the supported section of the rolling mandrel . - wherein the winding device includes a rolling mandrel that extends along a main axis , - wherein the rolling mandrel includes a supported section and a protruding section having a free end , - wherein the rolling mandrel at its protruding section is delimited by a cylindrical winding wall transverse to the main axis , - wherein the cylindrical winding wall has an exterior winding surface that is configured for contacting and rolling up a warm, plastically deformbable wafer strip, and via which heat transport takes place during operation, in particular by the contact of the wafer strip, - wherein a substance channel is provided inside the cylindrical winding wall , extending along the main axis , for introducing a substance into the interior of a continuous sleeve-shaped hollow body or the wafer rolls, wherein the substance channel exits the rolling mandrel in the area of the free end , wherein the substance channel is delimited by a substance channel wall , characterized in that at least one temperature control channel for conducting a temperature control medium, in particular a temperature control fluid, inside the cylindrical winding wall is provided, wherein the temperature control channel extends from the supported section of the rolling mandrel into the protruding section of the rolling mandrel and back into the supported section of the rolling mandrel .
Wave power plant for the production of electric energy, comprising a generator housing having a generator for the production of electric energy, an elongate shaft connected to the generator , wherein one or more rotor blades are mounted unidirectional rotary on the shaft , wherein the shaft further comprises buoyancy means , and an anchoring to seabed or river bed, wherein the elongate shaft is hollow and accommodates at least one conduit for transport of pressurized gas, and at least one signal cable , wherein the wave power plant exhibits at least two buoyancy means comprising a housing , having a hollow interior and an aperture for exchange of water between surrounding mass of water and the cavity in the housing , arranged fixedly connected to and encompassing the shaft , wherein an inflatable and deflatable bladder is arranged around the shaft and is connected in a water tight manner to the interior of the housing , thus defining a gas-filled interior of the bladder and a water-filled compartment inside the housing outside the bladder , wherein a valve controllable via a signal cable is arranged inside the hollow shaft , arranged to exchange gas between the gas-filled interior and the generator housing via conduit , and wherein the wave power plant exhibits means for pressurizing or pressure balancing the bladder in a mutual independent manner inside respective buoyancy means , wherein a floatable buoy is connected with the generator housing via a cable , and wherein the elongate shaft is arranged to rotate.
A wearable electronic device , the wearable electronic device comprising: a housing configured to be worn by a user , the housing comprising: a first compartment (100; 1300) in which a first electronic component is disposed; a second compartment (101; 1301) in which a second electronic component is disposed, one or both of the first and second electronic components electrically communicating with another component of the electronic device; a fan assembly (111, 211; 311) disposed in the first compartment (100; 1300); and a connection portion extending between the first and second compartments (100, 101; 1300, 1301), the connection portion comprising a channel providing fluid communication between the first and second compartments (100, 101; 1300, 1301), wherein the first compartment (100; 1300) is separated from the second compartment (101; 1301) at a location spaced away from the connection portion by a gap to provide thermal separation between the first and second electronic components (100, 101; 1300, 1301); wherein the wearable electronic device is a local processing and data module of an augmented reality system; and wherein the wearable electronic device further comprises a connector configured to connect to a headpiece of the augmented reality system that is to be worn by a user in combination with the wearable electronic device. a first compartment (100; 1300) in which a first electronic component is disposed; a second compartment (101; 1301) in which a second electronic component is disposed, one or both of the first and second electronic components electrically communicating with another component of the electronic device; a fan assembly (111, 211; 311) disposed in the first compartment (100; 1300); and a connection portion extending between the first and second compartments (100, 101; 1300, 1301), the connection portion comprising a channel providing fluid communication between the first and second compartments (100, 101; 1300, 1301), wherein the first compartment (100; 1300) is separated from the second compartment (101; 1301) at a location spaced away from the connection portion by a gap to provide thermal separation between the first and second electronic components (100, 101; 1300, 1301); wherein the wearable electronic device is a local processing and data module of an augmented reality system; and wherein the wearable electronic device further comprises a connector configured to connect to a headpiece of the augmented reality system that is to be worn by a user in combination with the wearable electronic device.
Beverage serving trolley configured to serve beverages comprising a supporting structure , a handle located at a side of the beverage serving trolley for moving the beverage serving trolley , at least one wheel and a presentation basket comprising a basket handle and being configured to receive beverage bottles and ice cubes, wherein the presentation basket is arranged on the top side of the beverage serving trolley and is inserted into the beverage serving trolley , and that the presentation basket is removable from the beverage serving trolley by lifting the presentation basket in an upward direction by the basket handle , characterized in that means for external attachment of one or more accessories to the beverage serving trolley are provided at the supporting structure at different height levels.
Impeller of a rotary pump with a rear support plate on which the impeller vanes are arranged, in which permanent magnets are attached on the back of the support plate to capture particles contained in the pumped liquid, characterised by a disc or cap being mounted on the rear of the impeller , in or on which the magnets are mounted, and by the outer surface of the disc or cap facing the flow on the back of the support plate being covered by a layer of material .
A computer-implemented method for producing pronunciations for input text, the method comprising: receiving text data including at least one character that is a non-letter character; providing the text data as input into a trained machine-learning model ; receiving as output from the trained machine-learning model, output data indicative of a pronunciation of the text data; and providing the output data to a text-to-speech system for producing speech output based on the output data; the method further comprising receiving an utterance from a user and training the machine-learning model , including training the machine-learning model using the utterance, wherein the training includes: processing the utterance with a speech-to-text engine to identify within the utterance at least a first portion and a second portion; conducting a search to find a match to the first portion in a database , the match having associated data; analyzing the associated data to identify a third portion in the associated data that has a similarity to the second portion; and training the machine-learning model with the third portion as training input data and the second portion as training output data. receiving text data including at least one character that is a non-letter character; providing the text data as input into a trained machine-learning model ; receiving as output from the trained machine-learning model, output data indicative of a pronunciation of the text data; and providing the output data to a text-to-speech system for producing speech output based on the output data; the method further comprising receiving an utterance from a user and training the machine-learning model , including training the machine-learning model using the utterance, wherein the training includes: processing the utterance with a speech-to-text engine to identify within the utterance at least a first portion and a second portion; conducting a search to find a match to the first portion in a database , the match having associated data; analyzing the associated data to identify a third portion in the associated data that has a similarity to the second portion; and training the machine-learning model with the third portion as training input data and the second portion as training output data. processing the utterance with a speech-to-text engine to identify within the utterance at least a first portion and a second portion; conducting a search to find a match to the first portion in a database , the match having associated data; analyzing the associated data to identify a third portion in the associated data that has a similarity to the second portion; and training the machine-learning model with the third portion as training input data and the second portion as training output data.
A busbar for a battery system, comprising: - a first bar element and a second bar element spaced apart, - a third bar element connecting the first bar element and the second bar element to form a common bar, - a first terminal arranged in the first bar element , and - a second terminal arranged in the second bar element , the busbar further comprises a solid state switch , the solid state switch being adapted to electrically interconnect the first terminal and the second terminal , wherein the solid state switch comprises a plurality of FETs , characterized in that the solid state switch is structurally and electrically integrated into the busbar , wherein the FET includes a drain contact located on a rear first- surface of the FET , and source and gate contacts located on a top surface of the FET opposite to the first surface, wherein the rear surface of the FET is directly coupled to one of the first and second bar elements so that the drain contact of the FET is electrically connected to the one of the first and second bar elements , and wherein the top surface of the FET is directly coupled to the third bar element so that the source and gate contacts of the FET are electrically connected to the third bar element . - a first bar element and a second bar element spaced apart, - a third bar element connecting the first bar element and the second bar element to form a common bar, - a first terminal arranged in the first bar element , and - a second terminal arranged in the second bar element ,
A method for wireless communication at a user equipment, UE, , comprising: transmitting , via a first transmission-reception point, TRP, a first sidelink control information scheduling a first sidelink transmission from the UE, the first sidelink control information comprising an indication that a first hybrid automatic repeat request, HARQ, process associated with the first sidelink transmission is enabled; transmitting , via a second TRP different from the first TRP, a second sidelink control information scheduling a second sidelink transmission from the UE, the second sidelink control information comprising an indication that a second HARQ process associated with the second sidelink transmission is disabled; transmitting , via the first TRP, the first sidelink transmission based at least in part on transmitting the first sidelink control information; transmitting , via the second TRP, the second sidelink transmission based at least in part on transmitting the second sidelink control information; and monitoring , via the first TRP, for a feedback message based at least in part on transmitting the first sidelink transmission. transmitting , via a first transmission-reception point, TRP, a first sidelink control information scheduling a first sidelink transmission from the UE, the first sidelink control information comprising an indication that a first hybrid automatic repeat request, HARQ, process associated with the first sidelink transmission is enabled; transmitting , via a second TRP different from the first TRP, a second sidelink control information scheduling a second sidelink transmission from the UE, the second sidelink control information comprising an indication that a second HARQ process associated with the second sidelink transmission is disabled; transmitting , via the first TRP, the first sidelink transmission based at least in part on transmitting the first sidelink control information; transmitting , via the second TRP, the second sidelink transmission based at least in part on transmitting the second sidelink control information; and monitoring , via the first TRP, for a feedback message based at least in part on transmitting the first sidelink transmission.
A surround view system for a vehicle , comprising at least one camera to be positioned in or on the vehicle to capture at least a part of the vehicle's surroundings, - an evaluation unit for processing images captured by the at least one camera , - at least one display for displaying a top-view image generated by the evaluation unit , wherein the evaluation unit is configured for obtaining the top-view image by calculating a projection of the captured images onto a virtual projection surface and by calculating a top-view of the projection on the virtual projection surface, wherein the virtual projection surface comprises a flat bottom part and a rising part adjacent to the flat bottom part , characterized in that , in an area comprising the rising part at least at one side of the vehicle at least over a length of the vehicle , a curvature of the virtual projection surface is zero in a longitudinal direction of the vehicle , wherein the rising part of the projection surface is open on at least one end of the vehicle with the bottom part and the rising part stretching to infinity in front and/or rear of the vehicle , wherein the area where the curvature of the virtual projection surface in the longitudinal direction of the vehicle is zero comprises the whole rising part in front and/or rear of the vehicle , so that the projection surface has a groove shape.
A process for the recrystallisation of piroctone olamine, comprising: a) Dissolving piroctone olamine in a solvent comprising alcohol, wherein dissolving takes place at a dissolution temperature, which is a temperature above 50 degrees Celsius and below the boiling point of the alcohol, wherein the solvent comprises 90%wt or more of alcohol, and wherein the alcohol comprised in the solvent is selected from the group consisting of ethanol, isopropanol and mixtures thereof; b) Cooling the solution from the dissolution temperature to a temperature between 1 and 15 degrees Celsius for a period up to 10 hours, preferably from 10 minutes to 10 hours; c) Recovering crystals of piroctone olamine. a) Dissolving piroctone olamine in a solvent comprising alcohol, wherein dissolving takes place at a dissolution temperature, which is a temperature above 50 degrees Celsius and below the boiling point of the alcohol, wherein the solvent comprises 90%wt or more of alcohol, and wherein the alcohol comprised in the solvent is selected from the group consisting of ethanol, isopropanol and mixtures thereof; b) Cooling the solution from the dissolution temperature to a temperature between 1 and 15 degrees Celsius for a period up to 10 hours, preferably from 10 minutes to 10 hours; c) Recovering crystals of piroctone olamine.
A compound of structural formula (I) N-P-L-T (I) wherein, N is a nucleoside; P is an oligophosphate covalently attached to a 5'-O group of the nucleoside, wherein the oligophosphate consists of 3 to 12 phosphate groups; L is a linker covalently attached to a terminal phosphate group of the oligophosphate; and T is a tag covalently attached to the linker, wherein the tag comprises a negatively-charged polymer moiety which is capable of entering a pore forming protein nanopore and upon entering a nanopore in the presence of positive ions results in an increased flow of the positive ions through the nanopore. N is a nucleoside; P is an oligophosphate covalently attached to a 5'-O group of the nucleoside, wherein the oligophosphate consists of 3 to 12 phosphate groups; L is a linker covalently attached to a terminal phosphate group of the oligophosphate; and T is a tag covalently attached to the linker, wherein the tag comprises a negatively-charged polymer moiety which is capable of entering a pore forming protein nanopore and upon entering a nanopore in the presence of positive ions results in an increased flow of the positive ions through the nanopore.
A rolling mill area production equipment with a laser lineation positioning device, comprising: a laser lineation positioning device and a rotary roller table , wherein the laser lineation positioning device is able to calibrate a preset angle of a rolling piece through laser light rays emitted outwards, so that the preset angle is formed between a center line of the rolling piece and a rolling center line, wherein the laser lineation positioning device is disposed above the rotary roller table and is able to transversely move on a corresponding rotary roller table , and the rotary roller table is configured to drive the rolling piece to rotate to the preset angle, wherein the rotary roller table comprises an entry side rotary roller table and an exit side rotary roller table , there are at least two sets of the laser lineation positioning devices , two sets of the laser lineation positioning devices are correspondingly disposed on the entry side rotary roller table and the exit side rotary roller table , and a mill roll is disposed between the entry side rotary roller table and the exit side rotary roller table , wherein the entry side rotary roller table and the exit side rotary roller table are both composed of a plurality of first roller tables disposed side by side in a horizontal direction, each of the first roller tables is connected to a first roller table motor, and adjacent first roller table motors can drive corresponding first roller tables to rotate in a same direction or in opposite directions.